LightGuide is a high-performance UV module for curing UV inks, varnishes, and coatings. Incredible UV yield is achieved through enhanced reflector geometry. The reflection of UV radiation is optimized for maximum efficiency with minimized energy input. The system's "Energy-Minimized UV Curing" certification, awarded by the independent German Berufsgenossenschaft (BG), demonstrates Eltosch-Grafix's strong commitment to both performance and ecology.
- High performance yet reduced energy consumption.
- Quick and easy exchange of reflector inserts.
- Easy adjustment of UV intensity to specific process requirements.
- UV-lamp power output of up to 240 W/cm regardless of application width.
- User-friendly for rapid lamp and reflector exchanges.
- Plug & Play connections.
- High flexibility for use in a wide range of systems and positions.
- Compatible with doped lamps and reflectors for optimal adjustment to specific inks, varnishes, and coatings.
- Standardized DiCure reflectors.
- Lightweight and compact.
- Integrated mechanized shutter system.


- For Sirui Cases and Mount Adapters
- Multi-Layer, Anti-Reflective Coating
- Approximately 2x Magnification
- Includes Mobile Universal Clip
Sirui Portrait Mobile Auxiliary Lens
Do you want to take top-quality photos with your smartphone? Then you need the lenses produced by SIRUI.
SIRUI lenses are supplied with a dedicated adapter (supplied separately) and are not attached using clips or magnets as with other manufacturers’ products. Professionals do not use all-in-one lenses, they use fixed focal lengths which let you take the best photos. Smartphone photography means: high quality photos with your smartphone. Obviously, SIRUI lenses are also suitable for video use.
Our lens attachments are more than just magnifying glasses. They are composed of several glass lenses made of German Schott glass. They have multi-layer, anti-reflection coatings. These minimise reflections and increase light transmission. The lenses guarantee accurate colour reproduction and offer minimum distortions and vignetting. Image sharpness to the edge of the picture is guaranteed.
What is the SIRUI 60-SA?
A portrait or tele-photo lens for your smartphone. It brings you closer to the action.
What can the SIRUI 60-SA do?
With its 40° field of view, the 60-SA is a small tele-photo lens. It brings distant objects closer. Thanks to its shallow depth, it makes an ideal lens for portraits. A sun visor is fixed to the 60-SA.
What do I need?
– SIRUI 60-SA Portrait Lens
– SIRUI Universal Mobile Clip
– Front diameter: 38mm
– Height: 30.6mm
– Weight: 60g
– Field of view: 40°
– Focal length: 60mm (equivalent to full format)
– Mount: SIRUI E-Bayonet
– Construction: 6 lenses in 4 group
– Optical distortion: <1.2%
– Resolution: 500LP/mm
– Working temperature: -20°C to +50°C
1x SIRUI 60-SA Lens
1x Front lens cover
1x Protective case
1x Universal Mobile Clip


Enhancement of Quantum Efficiency of A Dye-Sensitized Electrochemical Cell by using Triturated Zinc Oxide Mixed with Two Organic Dyes, Azure C and Rose bengal
Keywords:Energy conversion efficiency, electrochemical cell, mixed dyes, triturated zinc oxide, adsorption,
AbstractFor efficiently utilizing solar energy, when suitable nanoparticles are being engineered, triturated zinc oxide an eco-friendly, easily available, low cost material has been used as an agent for solar energy conversion. Two organic dyes Azure C and Rose bengal having absorption bands in two different spectral regions at 545 nm and 610 nm respectively, were chosen in order to overcome the band absorption limits of each dye and utilize the broad spectrum of solar radiation. The material was mixed with these two dyes in a specially devised electrochemical cell and photovoltage with significant efficiency was generated. The energy conversion efficiency of the cell using three different potencies 6C, 30C and 200C of triturated zinc oxide with same concentration of two dyes (0.5x10-5 M) in all cases are 0.39%, 0.43% and 0.35% respectively. The efficiency is only 0.15% for the mixed dye under similar conditions.

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.


OPTICAL ENGINEER* – BERLIN
Webseite jember GmbH
Are you passionate about Aerospace? Become a part of the international development team working on innovative projects for new satellite developments. Our clients are the top players in the European aerospace and automotive industry.
jember GmbH is a well-known European technology company that combines professionalism and expertise in a modern setting. We work closely with our customers who are internationally renowned for their work to provide comprehensive solutions to wide-ranging projects at the frontiers of science and engineering. Together, we work on the cutting edge technologies of “tomorrow” specializing in the fields of Automotive, Aeronautics and Aerospace.
- Design, Analysis and Tolerancing of optical systems
- Establishing and maintenance of optical models
- Conduction of optical analysis
- Definition and derivation of optical requirements
- Definition and conduction of trade studies to support optical design decisions
- Coordination of design, development, integration and test activities with other engineering disciplines and technical managers
- Presentation of the results of the optical design and analyses in internal and external meetings with the customers
- Definition of technical specifications for optical systems, subsystems and equipment
- Definition of optical verification strategies
- University degree or equivalent qualification in optics, physics, engineering or related technical discipline
- Strong knowledge in Optics with significant expertise in Optical modelling and simulation, as well as integration and testing of optical set-ups
- Significant experience using optical design software (e.g. ZEMAX, Code V, ASAP) as well as analytical skills
- Excellent English skills, both written and verbal
As a Jember employee, you can be confident to have a head-start in your career and the right path to career development. Commencing with a structured personal introduction plan we guarantee your personal and professional development right from the start. As a company with a flat hierarchy and an open-door-culture, we provide a welcoming and comfortable working environment to facilitate creativity and productivity in our employees. In addition, we offer attractive conditions with further benefits.
*All genders welcome.
Um sich für diesen Job zu bewerben, sende deine Unterlagen per E-Mail an firstname.lastname@example.org


LCD and Touch Screens for every requirement
A kiosk solution for every occasion
Transflective LCD technology can be applied to certain selected regular TFT LCD to provide the LCD with a reflective function. With the imposed reflective function, the modified LCD can reflect the ambient light passing the LCD cell and utilize the reflected light beams as its illumination. The stronger the ambient light is, the brighter the LCD will appear. As a result, the modified LCD is viewable under lighting conditions including direct sunlight.
How does this technology work?=Transflective LCD modules hold both transmissive and reflective properties, and the method of image display depends upon the conditions of the ambient environment. The display uses a backlight with a transmissive property in dark environments, and uses external light with a reflective property in bright environments. Our improved transflective method allows for better colour performance, which provides excellent colour characteristics similar to the transmissive mode. The net Reflectance rate of our Transflective LCD solution is from 0.9% to 1.3% varied from panels selected. For example, with 1.3% net reflectance rate and under 10,000 ambient sunlight conditions, the brightness gain is around 130 nits added to original backlight brightness.


Flow cytometry is a technique of classifying, enumerating, and sorting microscopic particles such as cells, bacteria, yeasts, picoplankton, chromosomes, and nuclei. A sample is treated with fluorophores that attach to molecules denoting physiological functions or chemical characteristics of the particles, i.e. a protein on the particle’s surface or an intracellular organelle.
This sample is then placed in the flow cytometer. The cytometer is made up of three systems:
- The fluidics system which transports the sample to the interrogation point and hydrodynamically focuses it into a mono-dispersed stream for single event measurements.
- The optics which includes lasers of various wavelength, mirrors, and lenses to focus the laser on the particle stream. This allows the fluorophores to be excited and emit light.
- The electronics system which collects the emitted/scattered light and converts it into proportional electronic signals. These signals are then digitized and processed by the computer for analysis.
The sample is initially placed in the sample chamber where air pressure forces the particles through a probe and tubing to the nozzle assembly. At the same time, sheath fluid (usually PBS) is flowing into the nozzle assembly at pressure slightly less than the sample pressure. This creates laminar flow and a vortex within the assembly which hydrodynamically focuses the sample so that it exits the nozzle vertically separated in a stream of sheath fluid. Essentially, there is a narrow, faster moving, single-file stream of sample within a slower moving stream of sheath fluid. This allows excitation of the sample particles one-by-one.
The laser beams are focused on the stream just below the nozzle. This is called the ‘interrogation point’. As the particle passes through the beam at the interrogation point, it generates multiple optical signals.


Fiber optic cable to enjoy clear picture and sound from PHILIPS, size 3 meters
Give your home entertainment system a boost with Philips 10ft. Toslink® Fiber Optic Audio Cable with Mini Adapter. This high-quality cable transmits crystal clear surround sound between AV components with optical fiber (TOSLINK) inputs. Rediscover your favorite movies, music and video games with crystal clear surround sound from a superior audio signal. Optical fibers and a lens allow you to experience the best possible performance - all without compromising sound quality.
10 foot. The cable transmits audio between AV components with fiber optic connections, and the included mini converter ensures compatibility with a wide variety of equipment. The molded cable ends feature a flexible lug for a more durable, strong cable that doesn't break easily. No matter your entertainment setup, this cable works with all brands of Blu-ray™ and DVD players, DVRs, amplifiers, AV receivers, cable and satellite boxes and more. Make an exceptionally sound decision with Philips 10ft. Toslink Optical Fiber Audio Toslink with Mini Adapter.


What Laserlight Eyes Surgical procedures does, then, is flatten the key portion of the cornea so the focal point change in reverse and reaches the proper position in the retina. With light having the capability to properly target the retina, it is now easy to see very clear and distinct images without having assist from eyeglasses or associates.
As expert surgeon Mr Glenn Carp clarifies inside the video earlier mentioned, myopia and hyperopia takes place when the center of attention from the vision is targeted not on but before the retina. To improve this misalignment, what is required is both to shorten the eye or flatten the cornea.
Myopia is most often cured with disposable lenses or sunglasses but a progressively common treatment methods are laserlight eyes surgical procedures. There is also a more modern manner of implanting unnatural lens, which happens to be generally utilized when laser beam eye surgical procedure is not feasible (i.e. the myopia is extreme) or it hasn’t worked.
Farsightedness (hyperopia) is really a situation in which you are able to see significantly physical objects clearly, but near by things are blurry. In case you have a shorter than regular eyeball or a cornea that is certainly also smooth, lighting concentrates right behind the retina instead of upon it. This blurs close to perspective and sometimes distant sight.
Generally myopia begins to produce between the ages of 6 and 12. The chance of this perspective flaw is increased if one or both of your mom or dad are nearsighted. Even though everyone is diverse, the diploma normally changes progressively annually, occasionally with greater frequency, until later in teenage years. At this particular era, the degree of the refractive fault typically peaks. In unusual circumstances myopia might consistently development.
The doctor prescribed and refractive potential of myopia is offered in unfavorable diopter. The better the number, the greater number of severe your refractive fault is. Based on your level of myopia, you may only be capable of evidently see physical objects numerous centimeters away from you, and in far more minor situations, a few m out.
The need to use cups or disposable lenses is normally fully eliminated by Laserlight Eye Surgery. This capacity to see clearly without the need of help is of certain advantage to any myopic individual that appreciates sports or leads an active lifestyle. Numerous myopic folks also believe it is works well for interpersonal conditions, as they are able, for instance, travel without their cups or associates and more quickly acknowledge facial looks.
Often known as nearsightedness and shortsightedness, there are actually 3 major therapy for myopia: cups, contact lenses, and Laser light Eye Surgical procedure. The most frequent methods of modification for myopia are cups and make contact with lenses. Nevertheless, these are temporary repairs and you should not deal with the disorder.
Even though many people are given birth to with myopia, the surroundings may also cause it to show up and worsen. We have seen a recently available increase in myopia around the globe, aiming to this sort of changes in lifestyle as spending much more time inside your home and carrying out much more in close proximity to and vision-rigorous activities like employing a cell phone, functioning at a laptop or computer, studying, and writing.
Many individuals wish to see – to see nicely without the need of sunglasses or contacts. Laserlight eyes surgical procedures may possibly provide an different means to fix glasses and make contact with camera lenses. Speak with your eye doctor to discover the best option to your eyesight and day to day life.
Nearsightedness (myopia) is actually a condition for which you see in close proximity physical objects clearly, but distant physical objects are hazy. Once your eyeball is a little more than standard or when the cornea contours as well sharply, light rays focus ahead of the retina and blur far-away sight. You can observe items that happen to be close up more obviously, yet not those that are a long way away.
There are a number of disposable lenses readily available, which includes every day disposables which can be put on each and every day before being thrown away, or they can be reused after they’ve been disinfected. Some contact lenses may also be donned for an extended time frame however, many gurus advise that they should not be used immediately simply because this can boost your probability of establishing an eyesight illness.
More youthful those with high levels of nearsightedness that should not be satisfactorily treated with corrective contact lenses can be provided implantable camera lenses. But this is not a regimen alternative for many individuals.
As i have said earlier, there aren’t any straight medical details that explains why individuals build myopia but there are certain things that boost the potential risk of you building short-sightedness.


Equal light distribution.
Quiet, no noise of a fan.
5 tube fluorescent lights.
Stand: For the functional placement we offer a stand on castors.
Integral timer attached to count total hours of usage.
Height adjustabl. E: 1200mm~1500mm
Power supply: AC 230V, 50Hz
Power input: 120VA
Blue light wavelength: 425nm~ 475nm
Average radiation of blue light: 500µ W/cm²
Timer range of blue light: 0~999h 59min(reset)
Gross weight: 45kg Net weight: 25kg


Sony Alpha A6000 Mirrorless Digital Camera with 16-50mm Lens Silver
The black Sony Alpha A6000 Mirrorless Digital Camera is a versatile and advanced mirrorless camera featuring a 24.3MP APS-C-sized Exmor APS HD CMOS sensor and BIONZ X image processor to produce high-resolution still images and full HD movies with marked low-light quality and sensitivity to ISO 25600. Beyond notable imaging traits, the image processor also lends itself to continuous shooting up to 11 fps and an intelligent Fast Hybrid AF system that uses both phase- and contrast-detection methods to quickly and accurately acquire focus.
For live view monitoring, image playback, and menu navigation, both a large rear monitor and detailed electronic viewfinder are available. The 3.0" 921k-dot XtraFine LCD screen features a tilting design to facilitate easier use from both high and low angles and also incorporates WhiteMagic technology for easier viewing in bright conditions. The 0.39" 1,440k-dot Tru-Finder OLED EVF offers 100% frame coverage and a refined optical design to provide a natural viewing perspective and magnification. The body design of the A6000 also houses a configurable user interface, built around several customizable buttons and two control dials, for efficient and intuitive access to frequently used camera settings. Additionally, a Multi Interface shoe is available for attaching external flashes, continuous lights, or microphones.
Built-in Wi-Fi connectivity, with support for NFC-enabled devices, is also integrated into the A6000 to support remote camera control and image sharing to linked mobile devices.
Included with the camera body is a Sony E-mount 16-50mm f/3.5-5.6 OSS Retractable Zoom Lens, which provides a 35mm-equivalent focal length range of 24-75mm. This range of perspectives is well-suited to everyday shooting and is further enhanced through the inclusion of Optical SteadyShot image stabilization for minimizing the appearance of camera shake. Power Zoom technology allows for electronic control over the zoom position and the inclusion of one extra-low dispersion element and four aspherical elements helps to reduce chromatic aberrations throughout the zoom range as well as contribute to high overall sharpness.
English, French, Spanish, Portuguese, Turkish, Traditional Chinese, Simplified Chinese, Indonesian, Korean, Behasa Melayu
In The Box
1. Sony Alpha A6000 Mirrorless Digital Camera with 16-50mm Lens (Silver)
2. Lens Cap
3. Eye Piece
5. AC adapter
APS-C (1.5x Crop Factor)
Actual: 24.7 Megapixel
Effective: 24.3 Megapixel
24MP: 6000 x 4000
Sensor Type / Size
CMOS, 23.5 x 15.6 mm
Still Images: JPEG, RAW
Movies: MP4, MPEG-4 AVC/H.264
Dust Reduction System
Memory Card Type
Memory Stick Pro Duo
Memory Stick PRO HG-Duo
Up to 11 fps
10 sec, 2 sec
HDMI D (Micro), USB 2.0, Wired Remote Port
4.7 x 2.6 x 1.8" / 120.0 x 67.0 x 45.0 mm
12.13 oz / 344 g with battery and memory card
16 - 50 mm
Comparable 35mm Focal Length: 24 - 75 mm
Maximum: f/3.5 - 5.6
Minimum: f/22.0 - 36.0
Angle of View
83° - 32°
Minimum Focus Distance
9.84" (25 cm)
Approx. 2.63 x 1.19" (66.7 x 30.2 mm)
4.09 oz (116 g)
Terms And Conditions
We partner with a number of trusted and reputable courier
For more information, click [view offer] to the right side.


Improve subsurface understanding for CCS projects
The use of fiber-optic sensing and its capabilities are being maximized now more than ever within the energy industry. Traditional measurements typically rely on discrete sensors that measure at certain points, whereas distributed sensing technology uses fiber-optic strands as the sensor. This enables continuous, real-time measurements to be captured along the entire length of a fiber-optic strand.
Optiq fiber-optic solutions cover distributed acoustic sensing (DAS), distributed temperature sensing (DTS), distributed temperature gradient sensing (DTGS), and distributed strain and temperature sensing (DSTS) systems for a wide range of applications across energy industries—including oil and gas, carbon capture and sequestration (CCS), geothermal energy production, and mining.
Optiq solutions can be used to improve subsurface understanding for CCS projects. These solutions can assess carbon storage capacity; monitor the position of CO2 plume or seismicity for regulatory compliance; and evaluate CO2 injection profiling, well injection containment, and well integrity.
Relative Business Impact
Sign up or log in to your explorer or platform subscription to get access to the reviews written about this technology.
Sign up or log in to your explorer or platform subscription to get access to the track record of this technology.


Most popular & realistic laser pointer simulator
More laser pointers to choose from
- plastic or metal laser pointer
- black or white laser pointer
Touch anywhere to get laser lights or laser beams
Place laser pointer at
- bottom left/right/center of the screen
- top left/right/center of the screen
- visual laser position selector
More laser pointer backgrounds
Funny sounds of laser pointer
Different colors of laser light
3D laser pointer
Laser pointer live wallpaper
smart laser, laser gun
Laser Pointer Simulator is a prank app.
If you like Laser Pointer Simulator please rate it 5 stars and share it with your friends.
Download Laser Pointer Simulator now, make your friends believe you get a real laser pointer in your smartphone.
APKFab.com and the download link of this app are 100% safe. All download links of apps listed on APKFab.com are from Google Play Store or submitted by users. For the app from Google Play Store, APKFab.com won't modify it in any way. For the app submitted by users, APKFab.com will verify its APK signature safety before release it on our website.


Our shortwave UV products emit visible light when stimulated with 254nm UV light and do not emit light when stimulated with a 365nm UV light (normal blacklight). These properties are particularly important for security applications where you do not want a user to easily detect markings, need a mark difficult to duplicate and need a mark resistant to environmental degradation.
UVSW Shortwave Properties
Our FlashUV7 is a good 254nm source for fluorescing the UVSW products. We currently have red and green UVSW products.
We can uses these substances to create water based and solvent based inks.
Send mail to firstname.lastname@example.org with
questions or comments about this web site.


ZEISS PRISMO Family
The ZEISS PRISMO portfolio comprises four models that are fully compatible with requirements and boost efficiency through quality and accuracy. They represent the ideal solution for customers who cannot accept any compromise on precision in the context of quality control. With ZEISS PRISMO, accuracy plus safety equals productivity.ZEISS PRISMOThe all-rounderFeaturing a measurement accuracy of 0.9 + 0.9 + L/350 μm, ZEISS PRISMO is the flagship ZEISS CMM and synonymous with precision measurement. Computer-Aided Accuracy (CAA) corrects all dynamic influences on the machine to optimize precision even during high-speed scanning. Equipped as standard with the ZEISS VAST performance package, the ZEISS multi application sensor system (ZEISS mass technology), and the new ZEISS C99m controller, ZEISS PRISMO delivers maximum productivity and outstanding performance.


My “Interview with an Expert” guest this month is Andrew Andreou, laser consultant, with whom I will discuss the options for laser and IPL treatment of rosacea, redness, facial capillaries /spider veins:
Dr N: Can you give us a history of the best lasers to remove red facial spider veins aka broken capillaries aka telangiectasia?
Typically a 532nm or 595 laser was used to treat facial telangiectasia. More recently a 1064 wavelength has also been used. These wavelengths could be found in the Gemini, Vbeam, and Excel-V lasers. All of them were good, but did not have the optimal wavelength of 577.
The pulse width required to achieve the best result will typically be in the millisecond range.
Dr N: What is the optimal wavelength for removing red facial spider veins?
It has always been well known that a wavelength around 577 is the optimal wavelength for red facial veins as the absorption in blood is much greater than 532NM. Unfortunately historically the 577 wavelength has been difficult to produce, until now.
Dr N: Why has your company chosen to sell the 577 wavelength over the 532 wavelength for treatment of facial redness and telangiectasia?
We have been distributing 532nm lasers for 15 years and the results have been fantastic. Once we saw the amazing results of the Quadrostar PRO Yellow 577nm we knew straight away we were on a winner.
Dr N: IPL or laser for broken blood vessels, which is better?
An IPL utilises a different delivery of light which uses a cut off filter to produce the wavelength required. IPLs are not very specific in the delivery of the energy. The PRO Yellow laser with its optimal wavelength of 577nm will target the vessels much more efficiently
Dr N: Tell us about the new laser the Quadrostar PRO Yellow 577nm?
The Quadrostar PRO Yellow 577 laser is manufactured by Asclepion, a German company with ties to Carl Zeiss Optical. The German quality can be seen within the excellent build of the laser which translates to the best possible results for you and your patients.
Dr N: Other than for facial redness and facial spider veins, what is the 577 Quadrostar PRO Yellow good for?
The Quadrostar PRO Yellow 577 laser has the ability to treat many conditions including Port Wine Stains, bulky lesions and Seborrheic Keratosis
Dr N: Is the 577 wavelength Quadrostar PRO Yellow safe for treating facial capillaries?
Whenever I lecture or train clinics on the use of lasers I always reinforce that to get the best result a laser must have an optimal wavelength and pulse width to target the chromophore without damaging the surrounding tissue. Because of its specific wavelength, the Quadrostar PRO Yellos 577 laser achieves this with no or minimal downtime.
Dr N: Is there contact cooling with the Quadrostar PRO?
As we are efficiently targeting the blood, the energy used is lower than would typically be used with other lasers. This allows for a more efficient treatment where contact cooling is not necessary. For the treatment of larger areas, because of the bulk heating, the Quadrostar PRO yellow 577nm laser does have a scanning handpiece with also incorporates contact cooling.
Dr N: Can the 577 Quadrostar be used for patients with Asian and darker skin tones? Is it a popular machine in Asia since its release?
The Quadrostar PRO Yellow 577nm laser can be used on skin types 1 through to 4. The Asian market is also achieving fantastic results in the treatment of Melasma with the 577nm wavelength.
Dr N: Thanks Andrew for your valuable information
Andrew Andreou has over 15 years experience in the Cosmetic/Aesthetic industry and has a strong understanding of both the technical and clinical application of lasers. He has lectured for many years on all aspects of lasers, which gives him the ability to assess each individual’s specific needs, and as a consultant has access to many different brands. This allows him to only recommend what he believes is the best device.


Spatio-temporal curvature and the visual coding of motion
Institute for Signal Processing
Medical University of Luebeck
Ratzeburger Allee 160, 23538 Luebeck, Germany
As opposed to dealing with the geometry of objects in the 3D world, this paper considers the geometry of the visual input itself, i.e. the geometry of the spatio-temporal hypersurface defined by image intensity as a function of two spatial coordinates and time. The Riemann curvature tensor of this hypersurface can be used to estimate speed and direction of motion in four different ways. While this four motion vectors are equal for pure translations, they differ otherwise, e.g. for discontinuous motion. The differences can be used to build confidence measures. Applications demonstrate that the approach can improve the computation of motion by avoiding the aperture problem, discontinuous motions, and occlusions. Moreover, the approach allows to predict global motion percepts and properties of MT neurons and it is argued that important aspects of early and middle level visual coding may be understood as resulting from basic geometric processing of the spatio-temporal visual input.
Keywords: vision models, motion, flow-field, nonlinear features, curvature tensor
Full paper in PDF format
Click on the image to view the movie.


HOW DOES IT WORK?
Oorym’s waveguide is a revolutionary optical element that separates the two main functions of coupling the light waves out of the substrate and combining the light waves from the external scene with the virtual image which is projected from the display source. While in all other existing technologies for AR, a single complicated device is utilized for those two functions, resulting in an inefficient and complex solution, Oorym’s waveguide is composed of two simple components that accomplish independently the required functions. Thus, our waveguide provides an efficient and elegant solution for delivering AR to the viewers’ eyes.
IT IS BEAUTIFUL
IT IS WIDE
IT IS SIMPLE
Nano-technology and advanced manufacturing capabilities have their rightful place, but at Oorym, we are able to build our waveguide using existing and well-established optical fabrication processes, allowing us to deliver a cost-effective and scalable product


Olympus Zuiko Digital 50mm f2.0 Macro - Four-Thirds mount
100mm f2.0 equivalent in 35mm format
A telephoto macro lens that features superlative optical performance and is a firm favourite of both macro and portrait photographers.
High performance optics
ED lens element
The pinnacle of optical excellence.
A legendary lens amongst E-System photographers. Due to its special lens design, the Zuiko Digital 50mm lens exhibits minimal distortion characteristics, and superbly even center-to-edge optical performance at all f-stops and focus distances. Its 2.0 maximum aperture enables easy macro photography in low-light, and a floating lens design means that it functions superbly as a bright aperture portrait lens in fashion photography and professional portraiture use. This lens includes an ED element for sharp, brilliant colour images, and provides a maximum magnification of 1:2 (half life size) - equivalent to life size (1:1) in the 35mm film format.
35mm Equivalent Focal Length
Angle of View
f/2.0 - f/22
11 Elements in 10 Groups, including 1 ED Lens Element
Minimum Focus Distance
0.52x (35mm equivalent Maximum Image Magnification 1.04x)


Lux meter. This article needs additional citations for verification. Exposure Metering: Relating Subject Lighting to Film Exposure (PDF) A discussion of meter calibration and its practical effects A lux meter is an equipment that measures brightness of falling on an object at a particular area. To properly operate a lux meter, just take it to the proposed camera site and check the light reading Lux meter cukup diletakkan di atas meja, atau dipegang setinggi 75cm dari atas permukaan lantai. Maka layar penunjuk dari lux meter tersebut akan menunjukkan angka yang merupakan nilai dari..
In this post, we ranked the 5 best Luxmeters or luminometers. They're commonly used in movie-making and set design to ensure the best scene lighting Lux meter is often simply called light meter, because of its popularity over other light measuring devices. There are wide range of light meters available on the market based on their price..
To better correlate lux meters to the human perception of light, they are configured to the CIE standard illuminant A. This adjusts the light meter to expect light distributed over wavelengths of a domestic.. Lux meters imitate the eye's visual response and only include wavelengths that the eye can see. The lux measurement procedure requires positioning a meter's sensor at the location you wish to.. Category:Light meters. From Wikimedia Commons, the free media repository. In other projects. Wikimedia Commons. Wikipedia
There have long been stand-alone lux meters (for use in photography, for example), devices with a light sensor and a screen that would display light levels in lux units. Current smartphones and tablets.. . a portable instrument for measuring illumination; a type of photometer. The simplest luxmeter consists of a selenium photocell that converts luminous energy.. Alibaba.com offers 1,058 lux meter products. About 17% of these are Testing Equipment, 0% are Levels, and 10% are Other Test Instruments exposure meter (plural exposure meters). (photography) An instrument that measures the intensity of the light reflected from or falling on a subject, and calculates the optimum exposure depending on the film speed. light meter. lux meter
The Lux Meter is usually used to measure illumination. The illumination is how level of luminous flux is falling on a surface area. The lux meter is powered by a 9V battery. To minimize battery space, it is.. Leaton Digital Luxmeter/Digital Illuminance Light Meter lux meter with LCD Display(Range: 0.1~200,000 Lux Luxmeter, 0.01~20,000Fc) Lux To Lumens Conversion Calculator. Enter Illuminance in lux: lx. Select area unit type: Area in square feet Area in square meters. Enter spherical radius: Or enter surface are
Light meter. From Wikipedia, the free encyclopedia. Jump to navigation Jump to search. The Problem with Lux Meters An article suggesting that Lux meter may read incorrectly when measuring.. . Definition of lux. : a unit of illumination equal to the direct illumination on a surface that is everywhere one meter from a uniform point source of one candle intensity or equal to one.. Before LEDs, if we measured illuminance with a quality lux meter that was in good condition and calibrated, there 1. Is Measuring LEDs with a lux meter accurate? Ivan Perre Electrical Engineer..
The 0-6000 lux range is a good general purpose range for indoor light levels. The 0-150,000 lux range is If you have a calibrated light meter and would like to calibrate the Light Sensor to match it, you.. The Lux Meters are measuring in Photometric Units in Lux(es),1Lux =1 Lumen per square meter.That`s a system based on a definition of the human eye sensitivity to visible spectrum.Light.. in square meters for any light source and press the Calculate button to get the illuminance in lux: Enter luminous flux in lumens: lm. Select area unit type: Area in square feet Area in square meters The 0-6000 lux range is a good general purpose range for indoor light levels. The 0-150,000 lux range is If you have a calibrated light meter and would like to calibrate the Light Sensor to match it, you.. See more of Lux Meter on Facebook. Hi I am in Zimbabwe I want one lux meter how can you help. Send me quote
Konica Minolta lux meters can be used to measure light intensity in many applications such as office Examples of practical uses of lux meters include: Checking for lighting system adequacy in office.. The Hioki FT3425 Lux Meter is built in with Bluetooth wireless technology, letting you pair it with the free GENNECT Cross mobile app to inspect, record, and create reports of lux data easily and.. A light meter is used to measure the amount of light distributed over a particular area at a specified The Visible Light Meter SD Card Logger - IC850007 is a light meter that measures in lux and foot..
See more ideas about Metering, Light meter, Data logger. Extech Light Meter Large backlit LCD display with bargraph Wide range to or Lux Cosine and color corrected measurements Relative mode.. Professional 400K Lux Meter with Carry Case. Similarly to a TV installer using a signal meter, you can use this device to find optimum locations on a rooftop (or wherever you're installing them) to help.. Lux meters provide a quantified measurement of the amount of light available. Using a lux meter lets you determine exactly how much light you need for video that is usable for you Lux Meter GrandBeing Handheld LCD Light Meter Luminometer Photometer Measure Tester Measuring Digital Luxmeter/Digital Illuminance Light Meter with LCD Display 0.1-50,000 Lux Range
. Extech 401025. Foot Candle/Lux Light Meter Includes analog output and fast/slow response feature Dr.Meter digital light lux meter The digital lux meter Dr.Meter LX1010B can measure up to 100,000 lux, or, approximately 10,000 footcandles. It is used for checking the level of luminance, the measure..
The meter-candle [m*c] to lux [lx] conversion table and conversion steps are also listed. Also, explore tools to convert meter-candle or lux to other illumination units or learn more about illumination.. 'Meter' is one option -- get in to view more @ The Web's largest and most authoritative acronyms and abbreviations resource. Acronyms that contain the term lux meter. What does lux meter mean Mini sound level meter. Light lux meter. ▶Measuring range: 0Lux～400kLux/0Fc～40kFc （Measurement repeatability） ▶Analog bar-graph indication ▶Real time and date display ▶High.. Lux and footcandles are the common units for visible light, but so are Candelas, Lumens, and Candela per square meter. en.wikipedia.orgThe original version of this page is from Wikipedia, you can..
Contact verified Lux Meter Manufacturers, Lux Meter suppliers, Lux Meter exporters wholesalers We are offering Lux Meters in the market. Lux Meters are used for measuring luminous flux per unit.. Lux Meter. Top Selected Products and Reviews. HTC Instrument LX-103 Light Meter Luxmeter, Measures Up-To 2,00,000 LUX/20,000 FC by Supreme Traders Supertronics1989 Unit: Lux Lux: The lux is a unit of measurement of brightness, or more accurately, illuminance. It ultimately derives from the candela , the standard unit of measurement for the power of light Lux meters for professional use: large selection and unparalleled price-performance ratio. Luxmeters from Testo: fast, reliable, high-precision. Illuminance and light distribution have a crucial..
Defintions of Lux meter not found. Light meter and lux meter are semantically related. You can use Lux meter instead a noun phrase Light meter Get lux meter at best price with product specifications. Listed lux meter manufacturers, suppliers, dealers & exporters are offering best deals for lux meter at your nearby location Package Content: 1 x Luxmeter Digital Meter 1 x9V battery 1 x English Manual. Features: High Accuracy and rapid response Auto Zeroing Over-range indication LCD Display Data Hold Low battery.. Free. Size: 4.4 MB. Android. Lux Meter is a simple light meter for measuring illuminances (lux, fc) by using the light sensor of your android device Definition of lux meter in the Definitions.net dictionary. Information and translations of lux meter in the most comprehensive dictionary definitions resource on the web
Digital Lux Meter from this supplier. Standard Vibration Meter (VM6360). Related Searches: Maintenance Digital Lux Meter Suppliers : Can't find a suitable Supplier or product Other Lux Meters (Light Meters). Display Type This meter is used by lighting design... [See More]. Meter Type: Lux. Illuminance Range: 150000
The C.A 1110 luxmeter (light meter) measures the illuminance of all light sources (LED, Fluo. etc.) up to 200,000 lux in compliance with Class C of the NF C 42-710 standard.. 163.20 USD. Meter features user-selectable lux or ftc units, max/min, and hold functions, allowing you to easily control measurement readings. The included software allows you to view measurement.. Pessl instruments lux meter. La fotometria o luxmetro IM508D si riferisce alla misurazione della radiazione visibile (luce) con un Sensore. Pessl instruments lux meter. Part No Wholesale Lux Meter ☆ Find 308 lux meter products from 143 manufacturers & suppliers at EC21. ☆ Choose quality lux meter manufacturers, suppliers & exporters now - EC21 Dr.Meter New Digital Light Meter 0.1 Lux - 200000 Lux Tester FC Photo Camera Luxmeter. CEM DT-1308 Deluxe 400K Lux Digital 4-digit LCD Light Meter Lux-fc foot-candle Luxmeter
Import quality Light Meters supplied by experienced manufacturers at Global Sources. Digital Lux Meter Digital LCD 200000 Lux Meter Photometer Luxmeter Light Meter Electricity. Lux meters. The RANGER Neo Lite is an entry-level Field Strength Meter and Spectrum Analyzer that is part of a new breed of multifunction, TV, Satellite, CATV and WIFI analyzers Analog Frequency Meter Working Principle. Moving Coil Galvanometer Construction & Working. Lux Meter Working Principle Light Lux Meter (full) 0 (Atau mungkin ada versi baru). Diperbarui pada: Jan 01, 1970. Membutuhkan android: 4.0.3
Smart meters provide important customer benefits, and that's why they're now the standard meter FPL provides. However, if you prefer not to have the smart meter, you can choose to enroll in the.. Covermeters and Half-Cell Meters. Rebar and Stud Locators. Metal Detection
Amprobe LM-200 LED Light Meter is rated 3.3 out of 5 by 3. Rated 1 out of 5 by jeff99 from very disappointed in Amprobe I cannot believe that Amprobe would put their name on this unit.. Digital multimeters. Clamp meters. Voltage and continuity tester. Non contact voltage detectors The Lux Meter is a specialised instrumentation measuring luminosity, brightness. widely used in electro-optical sources, research teaching, metallurgy building, industry inspection as well as.. Description. The range of Lux Meter / Light Meter is a device used to measure the amount of light. Procured from renowned vendors, these are designed to easily download the data on line
Перевод слова meter, американское и британское произношение, транскрипция electric (light) meter — электросчётчик meter reading — показание прибора meter panel — панель с.. Position : Home ›› LUX METER. Related Country GuangzhouLandtekInstruments Co. Ltd. is one of leading professional manufacturers meters and instruments in China What would you do with actionable information about every square meter on Earth, updated every single hour? Gain access to timely and reliable SAR imaging from the world's largest SAR satellite..
Selling Lux Light Meter in Indonesia, Distributor Lux Light Meter, Supplier, Dealer, Agent, Importer HT309 adalah luxmeter digital portabel, mudah digunakan untuk pengukur cahaya (Lux / Fc) dari.. A meter is a SI unit scientifically accepted as the base unit of distance and length. Along with other units like a kilometer or an inch, a meter is one of the fundamental units in SI
Browse all the major meteor showers for 2020.. Meter is a stressed and unstressed syllabic pattern in a verse, or within the lines of a poem. Stressed syllables tend to be longer, and unstressed shorter. In simple language, meter is a poetic device that.. B METERS is an Italian company that has been designing, producing and distributing instruments and solutions for measuring the consumption of water and thermal energy used for heating and cooling.. The CA 10141 conductivity meter is watertight! IP67 watertight conductivity meter with data recording Meters and metres. When British English borrows a word from another language, it typically likes to keep the origins visible (provided the language has the kind of status that Britain might want to borrow..
The TM-1 Tension Meter accurately and reliably measures the absolute tension of each of the spokes in a wheel, as well as the relative tension between all the spokes in a wheel. Easy to use and priced.. Watthour meter testing
Hand held wind and weather trackers from Kestrel Meters. Shop online from the entire line of Kestrel weather instruments. Free, Same-Day Shipping Kilometers to Meters (km to m) conversion calculator for Length conversions with additional tables The metre is a unit of length in the metric system, and is the base unit of length in the International.. A lot more cyclists would use power meters if they weren't so expensive. A group of Dutch entrepeneurs is out to address that situation. Why we started iQ2. The perfect power meter at a good..
Illuminance is measured in foot candles (ftcd, fc, fcd) or lux (in the metric SI system). A foot candle is actually one lumen of light density per square foot; one lux is one lumen per square meter Idman Azerbaijan TV - Wikipedia, the free encyclopedia Met Office weather forecasts for the UK. World leading weather services for the public From a user perspective, utility meters operate in cycles (usually monthly) for billing purposes. This sensor will track a source sensor values, automatically resetting the meter based on the configured..


The eye can be examined with relative ease as to both its function and its structure. A practical assessment consists of the ability to move in the orbit and the reaction of the student to light and lodging.
The function of the eye might be evaluated in numerous ways. The client may be asked to determine illuminated letter or objects of varying sizes on exactly what is known as the Snellen chart.
Alternatively, the assessment of the structural part of the eye may be made in a number of methods. Stress within the eyeball is measured by a "tonometer." In particular diseases, particularly in glaucoma, the stress in the eyeball is increased markedly.
Nevertheless, it should be well bore in mind that a client with an eye issue may have other issues too. Often other physical conditions are main and impact the eye as a effect. The look of the eye can signal the patient and the physician to troubles in some disruptions of other parts of the body even before other symptoms provide themselves.
One's reliance on sight is highlighted when one faces a short-lived or possible irreversible loss of this crucial sense. When restorative procedures are sought, particular forms of vision correction such as contact lenses or spectacles are prescribed.
On the other hand, some people are troubled with that they have actually some framed lenses or contact lenses in front of their eyes.
For this reason, advanced surgeries were established to encourage reduced usage of contact lenses or glasses. One of which is the now popular LASIK eye surgery.
Basically, LASIK eye surgery is the short-term for "Laser-Assisted In Situ Keratomileusis." Like its concrete counterpart, LASIK eye surgical treatment is another kind of vision correction. The only difference is that with this type of surgery, one's vision is fixed completely.
With LASIK eye surgery, the refractive errors in the cornea are completely transformed. This can be done utilizing an "excimer laser."
The primary purpose of this surgery is to develop a threadlike, rounded "flap" in the cornea utilizing a blade referred to as "microkeratome." In a series of unfolding and laser processing, the cornea is lastly reformed, enabling better the eye to direct more light into the click site retina.
Popularity vs. Disadvantages
Amidst the growing appeal of LASIK eye surgical treatment, there are still disadvantages that people need to know. Most likely, the primary reason why this kind of eye surgery has actually become well accepted is because the majority of its cases had actually been effective.
Nevertheless, in spite of its success, there are still some drawbacks. Here is the list:
1. It is an operation applied to the most sensitive part of the eye
Due to the fact that LASIK eye surgery involves the operation of the retina, which is among the most delicate parts of the eye, the majority of people say that the operation can be very risky.
Simply puts, a basic mistake might nearly cause an person's lifetime loss of sight. For this reason, it is necessary to think about lots of aspects prior to choosing whether LASIK eye surgical treatment is the right corrective procedure one has to undergo.
2. It is not a ideal treatment
LASIK eye surgical treatment may remedy your vision however it does not necessarily imply that it can offer you a twenty-twenty. Even if statistical reports show that 70% of the patients may have straight from the source 20/20 vision, this does not always imply they have ideal vision.
Given all these things, it can be deduced that, in spite of the popularity of the operation, LASIK might not constantly be the perfect eye surgery the method many people view it
On the other hand, the examination of the structural part of the eye may be made in a number of methods. It needs to be well kept in mind that a patient with an eye problem might have other issues. Typically other physical conditions are main and affect the eye as a effect. The look of the eye can inform the client and the doctor to difficulties in some disruptions of other parts of the body even before other signs present themselves.
Like its concrete equivalent, LASIK eye surgical treatment is another kind of vision correction.


MilkoScan™ 7 is based on Fourier Transform InfraRed (FTIR) analysis. It works with the mid-Infrared region of the spectrum from 3 - 10 µm corresponding to 1000 – 5000 cm -1.
The FTIR interferometer scans the full infrared spectrum, collecting data simultaneously and allowing measurement of new parameters even in complex dairy products. Analysis of an additional parameter simply becomes a matter of calibration.
The fact that FTIR instruments are standardised offers a great advantage. A calibration developed on one instrument may be transferred to other instruments, which due to the standardisation will provide identical readings. Standardisation is achieved by comparing spectra of a specially developed FTIR equalizer sample, collected on a newly installed instrument (slave) to the spectra of a similar sample using a master instrument at FOSS.
The main infrared wavelengths
The fat molecule consists of a glycerol backbone to which three fatty acids are bound. Two different fat wavelengths are mainly used in the IR instruments, Fat A and Fat B.
Fat A absorption is due to stretching vibrations in the C=0 bond of the carbonyl group in fat. This filter counts the number of fat molecules regardless of the length and the weight of the individual fatty acids. This is a drawback if the length of the fatty acids changes.
Fat B absorption is due to stretching vibrations in the C-H bonds of fatty acid chains. The measurement is therefore related both to the size and the number of fat molecules in the sample.
The lactose molecule is a disaccharide consisting of two monosaccharides glucose and galactose joined together. The hydroxyl group, (OH) is characteristic of carbohydrates and the lactose absorption is due to the C-OH bond.
The protein molecule consists of amino acid units joined together with peptide bonds. Protein absorption is due to stretching vibrations in the N-H bonds within the peptide bonds.
In addition to these four main wavelengths, up to 1000 other wavelengths can be selected from the full spectrum to give unprecedented possibilities for new parameters and accurate analysis. For the measurement of freezing point depression a conductivity cell is included.


Thermal cameras are becoming a leading trend in video surveillance today. They are the perfect complement to conventional cameras that, when combined, make a wide-ranging and comprehensive surveillance system.
Thermal cameras are increasingly being used in perimeter security applications. Today’s thermal network cameras are the perfect choice for scenes that are completely dark or with bright sun and other adverse conditions. They can penetrate through most atmospheric conditions and are a great tool for detecting people and objects through smoke, dust, and fog.
Unlike conventional visible security cameras that measure light, thermal security cameras see differences in the levels of heat emitted by an object, vehicle or person. Thermal cameras are not as useful, however, when it comes to reliable identification.
The following selections represent the latest in thermal imaging technology:
FLIR PT-Series HD
The FLIR PT-Series HD is an advanced dual-sensor security system, combining a cooled or uncooled 640×480 resolution thermal sensor, a 1080p high-definition visible-light imaging sensor, and a high speed, precision pan/tilt system. Multiple high-performance thermal lenses are available, including optical zoom lenses up to 14X. The HD visible camera also features a 30X optical zoom lens with autofocus and low-light capabilities. The FLIR PT-Series HD integrates with FLIR United VMS 8.0 and other VMS software providers.
The SightLogix SightSensor thermal camera comes with embedded video analytics and video processing offering features such as electronic stabilization, georegistration, geospatial detection zones, hands-free PTZ steering to zoom and follow targets for more detail, and targets projected onto a site map for real-time situational awareness.
Hikvision DS-2TD4035 Series
The DS-2TD4035 Series Network Bi-Spectrum Thermal/Optical PTZ Camera Systems from Hikvision provides a Smart Tracking feature that uses the thermal sensor to capture targets in any lighting condition and then follow that subject, while a visible light camera provides additional information, resulting in more accurate detection and better situational awareness.
Axis Q Series
Axis thermal network cameras are ideal for intelligent video and offer high accuracy analytics. The AXIS Q19 thermal network camera is ideal for detection around the clock. The AXIS Q29 Temperature Alarm camera features remote temperature monitoring. The AXIS Q8641-E PT and AXIS Q8642-E PT thermal network cameras are designed for unobstructed views and long-distance detection.
Sierra-Olympic Technology Aeron Searcher
Sierra-Olympic Technologies Aeron Searcher is a visible and thermal video imaging system with continuous zoom. The long-range surveillance system features either QVGA (320×240) or VGA (640×480) options with simultaneous video and thermal outputs, proprietary image contrast enhancement (ICE), a 3x motorized continuous thermal zoom, and pan/tilt capabilities.
Electro Optical Industries Spynel
Electro Optical Industries Spynel panoramic infrared thermal imaging surveillance system offers built-in detection and tracking software. New updates of Spynel now include V-LRF, a full HD Visible Channel that allows users to use an x30 continuous optical zoom in order to accurately detect and recognize even the smallest of objects. The Laser Range Finder option provides accurate data regarding the distance of the detected threat.
The IndigoVision BX thermal camera combines an encoding platform with uncooled thermal sensors to enable advanced video analytics and temperature measurement analytics in a single, easy to install, product. With an effective detection distance of 9,845 feet (3000millimeter), IndigoVision’s BX cameras enable you to see further and more accurately.
The 3xLOGIC VERA thermal camera is an all-in-one solution that offers features such as embedded VIGIL Server software, edge-based recording, and advanced analytics. The VERA thermal camera features QR code technology for fast, easy install and setup.


Enlighten Laser Tattoo Removal was introduced in 2014 as the most advanced technology for tattoo removal using picosecond technology. What does this mean for you?
If you are looking to have a tattoo removed or cleaned up then there are several reasons why you would consider having it removed with picosecond technology, whether it is the Picosure laser or Enlighten laser.
Traditional laser tattoo removal has been done with nanosecond technology, the newer picosecond technology is 1000 times shorter in pulses and has been shown to remove tattoos more completely in fewer treatment sessions than traditional lasers. We have been using lasers for tattoo removal in our clinic for over 16 years and have a wealth of experience with all technologies.
WHY ENLIGHTEN LASER TATTOO REMOVAL?
The Enlighten laser tattoo removal uses both nanosecond and picosecond technology as well as two wavelengths to completely remove tattoos quickly and effectively.
The wavelengths used by this picosecond laser are 532 and 1064. At 532 wavelengths the laser creates a green light that is absorbed by red and orange pigment tattoos. This wavelength is also absorbed by melanin and so can be used for removing sunspots and age spots as well.
At 1064 the laser creates a near infrared light that is poorly absorbed by melanin making it a great wavelength for darker skin types. It also is absorbed by dark tattoo pigments and so removes black ink very effectively.
Laser Tattoo removal is a science requiring both skill and technique and experience in order to successfully remove that tattoo regret. It requires both a knowledge of the wavelengths as well as spot sizes (how deep to go) and fluence ( enough to fragment the tattoo particles) in order to make sure that there is an effective removal of the tattoo in a safe manner.
At BC laser we have been removing tattoos for over 16 years from the very first Medlite c6 tattoo removal laser to the most current 2 picosecond laser tattoo removal devices.
We are currently the only clinic in Canada that has both the Picosure laser tattoo removal system as well as the Enlighten Laser tattoo removal system.
Book your appointment today if you want fast tattoo removal safely and effectively.
AFTER 5 ENLIGHTEN TREATMENTS – BEFORE AND AFTER.
Photos courtesy of Dr Victor Ross.


Any interview we do, we talk about these, any friend we have, we talk about these, any stranger we meet, we talk about these… so here take a look and get ready.
Want eyesight that would make the Terminator jealous? Well, in a few years, you might be able to say hasta la vista to your normal old contact lenses and hello to the solar powered augmented lenses that University of Washington professor Babak Amir Parviz and his students are working on. The technology would embed hundreds of semitransparent LEDs onto a thin lens, letting wearers experience augmented reality right through their eyes. And the applications – from health monitoring to just plain bionic sight – could be endless. SOURCE


2 Elements Individuals Do Definitely Not Have Information In Respect To LASIK Eye Surgical ProcedureThe eye can be examined with relative ease as to both its function and its structure. A practical evaluation consists of the ability to move in the orbit and the reaction of the pupil to light and lodging.
The function of the eye may be checked in numerous ways. The patient may be asked to recognize illuminated letter or items of varying sizes on exactly what is understood as the Snellen chart.
Conversely, the assessment of the structural part of the eye may be made in numerous ways. Tension within the eyeball is determined by a "tonometer." In certain illness, particularly in glaucoma, the stress in the eyeball is increased significantly.
However, it must be well bore in mind that a client with an eye problem might have other issues as well. Typically other physical conditions are primary and impact the eye as a consequence. The appearance of the eye can signal the patient and the doctor to difficulties in some disturbances of other parts of the body even prior to other signs provide themselves.
Consequently, one's dependence on sight is stressed when one deals with a momentary or possible long-term loss of this essential sense. Hence, when restorative measures are looked for, particular kinds of vision correction such as contact lenses or spectacles are recommended.
On the other hand, some people are bothered with that they have actually some framed lenses or contact lenses in front of their eyes.
For this reason, advanced surgical operations were established to motivate decreased usage of contact lenses or glasses. Among which is the now popular LASIK eye surgical treatment.
Generally, LASIK eye surgical treatment is the short-term for "Laser-Assisted In Situ Keratomileusis." Like its concrete equivalent, LASIK eye surgical treatment is another kind of vision correction. The only difference is that with this type of surgical treatment, one's vision is fixed permanently.
With LASIK eye surgical treatment, the refractive mistakes in the cornea are permanently transformed. This can be done using an "excimer laser."
The main purpose of this surgical treatment is to produce a threadlike, rounded "flap" in the cornea using a blade known as "microkeratome." In a series of unfolding and laser processing, the cornea is pop over to these guys lastly reformed, permitting better the eye to direct more light into the retina.
Appeal vs. Disadvantages
In the middle of the growing appeal of LASIK eye surgery, there are still disadvantages that people must know. Probably, the primary reason this type of eye surgical treatment has actually become well accepted is because the majority of its cases had been effective.
In spite of its success, there are still some disadvantages. Here is the list:
1. It is an operation used to the most delicate part of the eye
Because LASIK eye surgery involves the operation of the retina, which is one of the most delicate portions of the eye, most individuals say that the operation can be very risky.
Simply puts, a simple mistake might nearly trigger an individual's life time loss of sight. Thus, it is essential to consider many elements prior to choosing whether LASIK eye surgical treatment is the right corrective step this hyperlink one has to go through.
2. It is not a perfect treatment
LASIK eye surgery may fix your vision however it does not always suggest that it can provide you a ideal vision. Even if statistical reports reveal that 70% of the clients may have 20/20 vision, this does not necessarily suggest they have perfect vision.
Given all these things, it can be deduced that, in spite of the appeal of the operation, LASIK might not constantly be the perfect eye surgical right here treatment the way many people see it
Alternatively, the examination of the structural part of the eye may be made in numerous ways. It ought to be well kept in mind that a client with an eye problem may have other problems. Typically other physical conditions are primary and impact the eye as a repercussion. The appearance of the eye can notify the patient and the physician to troubles in some disturbances of other parts of the body even before other signs provide themselves.
Like its tangible equivalent, LASIK eye surgical treatment is another form of vision correction.


New Look on Science
A new era of science is upon us. Unlike before now when science relied on basic microscopy to illuminate cells that were previously too blurry to imagine what was actually going on inside. Now with the help of high-speed imagery, and fluorescent emissions microscopy, we can see exactly what is going on in the underpinnings of life by breaking the diffraction barrier.
Microscopes were first invented in 1590 by two eyeglass makers later to have the term, “Microscope” coined by Giovanni Faber coined the name microscope for Galileo Galilei‘s compound microscope in 1625. We now commonly use the modern light microscope that we’ve all probably played with at some point in our early schooling.
The issue with modern light microscopes is the fact that when looking at cells they are blurry. Further, more complex microscopes such as electron microscopes is the fact that there is a great deal of preparation in order to look at something. Generally something has to be suspended in formaldehyde, or plated in gold.
Now with the recent break through in microscopy we can see exactly what is going on in a cell. Previously, the diffusion barrier warped light around cells giving them a lensed effect just like when looking at a cluster galaxy with a black hole in front of it (lensing effect). The significance of this break through is the fact that we now know for certain which processes are happening when we are looking inside of a cell.
SIM (~100 nm)
Structured illumination microscopy shines a striped pattern of light onto a sample. That light interacts with light from fluorescent tags on cellular material and generates a pattern of interference called a moiré fringe. Using a series of moiré fringes it’s possible to mathematically extract and reconstruct a super-resolution image. SIM is ideal for looking at entire cells in 3-D, ensembles of cells or multiple cellular structures at once. View larger image SIM: Lothar Schermelleh, Univ. of OxfordSTED (~30–70 nm)
When a focused light beam hits a fluorescent-tagged specimen, it generates a blurry halo. With stimulated emission depletion microscopy, a second laser shines a doughnut-shaped beam of light that turns off the excited molecules in the halo. This provides a sharper view that, when scanned across the sample, produces a super-resolution image. View larger image
STED: R. Medda, D. Wildanger, L. Kastrup and S.W. Hell/Max Planck Institute
PALM (~10–55 nm)
Photoactivated localization microscopy incorporates into a sample special fluorescent proteins that can be toggled between on and off states when hit with a particular wavelength of light. This allows researchers to illuminate a subset of molecules in a sample and eliminate overlapping fluorescence that would blur details if everything in the sample was lit up at once. iPALM (interferometric PALM) provides images in 3-D. View larger image
PALM: J.A. Galbraith, G. Shtengel, H.F. Hess and C.G. Galbraith/NINDS/NIH, Janelia
STORM (~20–55 nm)
Stochastic optical reconstruction microscopy, developed around the same time as PALM, also relies on fluorescent tags that can be switched on and off. In STORM’s case, the tags can be dyes or proteins. Using dyes may require an extra step, but they can be switched on and off more quickly and don’t burn out as fast as fluorescent proteins. Dyes can also be attached to genetic material. View larger image
STORM: M. Bates et al/Science 2007
Indeed such inventions are so new that many scientists are certain there are many new discoveries to come. Who knows what sort of views these new techniques may yield with a few more tweaks, and inventions.
As mentioned before most science about cells is simply hypothesised about how they operate. Now we can look inside and see how exactly they are working with their co-habitants. Science is amazing.


These are important examinations but are unpopular among patients for a few reasons. They require extra time for the eye drops to take effect, and then that effect lasts for several hours. During that time the eyes are particularly sensitive to light, and the vision is often blurry making it difficult to drive and to read.
My brother is an ophthalmologist and he pointed out to me an article written by a couple of doctors at the University of Illinois (here) in which they described building a non-mydriatic fundus camera. Mydriasis is the dilation of the pupil and in this case fundus refers to the inside back of the eye. These instruments are available but they are extremely expensive. The interesting thing about this article is that it describes building such a camera using a Raspberry Pi with a Pi Camera.
The key idea in the article is that instead of using a chemical to dilate the patient's pupil, the patient is placed in a darkened room and the pupil is allowed to dilate naturally. The problem with this approach is that in the dark the examiner cannot see to focus the camera, and because the dimensions involved are so small, the focus is critical. However, the article describes using a combination infrared and white LEDs for illumination. Generally, electronic cameras are sensitive to infrared light but human eyes are not. Thus, the examiner illuminates the eye in infrared light and viewing the image from the camera is able to focus, and then flashes the white LED to take the picture. The white light produces an image with good color rendition, an important factor in performing the exam, but the flash is so fast that the patient's pupil doesn't react until after the picture is taken.
A significant advantage of an inexpensive fundus camera is that the retina could be imaged in settings other than a doctor's office. Clinics, schools and so forth could capture the images and they could then be reviewed by a retina specialist at a later time. My brother suggested that we try to build one of these camera systems, and therein lies a tale.
One of the trickiest parts of taking a picture of the retina is the fact that it must be taken through the pupil. Even when dilated that is an opening of only a very few millimeters. Through this tiny opening light must be shone to illuminate the retina as well as the picture taken. That means that the light must be very close to the main axis of the camera lens. The University of Illinois group used a prototype of a tiny LED made by a Japanese company that can emit both IR light as well as white light. With the help of a Japanese friend of mine we undertook to obtain a few of these prototypes. Pending their arrival we did some experiments using a group of conventional LEDs and a partially silvered mirror (left). The idea was that the camera would take a picture of the eye as reflected in the front of the mirror while the eye was illuminated by LEDs behind the mirror. Thus the LEDs could be made precisely collinear with the camera.
Now, the way the retina is usually examined is that the ophthalmologist uses a 20D hand lens that he or she holds close to the patient's eye. At the same time the doctor observes the image in the hand lens using a light source and another magnifying lens that is often worn as a headlamp. Getting a good view is tricky business because it involves moving the two lenses and light such that the image is appropriately magnified, while maintaining an adequate field of view as well as having the image in focus. This is complicated by the fact that if the patient is near sighted or far sighted the correct position of the lenses changes. With practice doctors develop a good facility for this. As you might imagine, however, doing this with a camera, screen and light as well as the 20D condensing lens can be a challenge.
We built such a device and experimented around with it. We were completely unsuccessful at getting a clear view of the retina in IR light and thus could not get a good picture. Try as we might there were just too many variables, including the number of LEDs, the focus of the lens on the Pi Camera, the distances, the size of the device, etc., etc.
Around this time the Japanese LEDs arrived. We replaced the conventional LEDs that we had been using. These new LEDs were SMT (surface mount technology) and so had tiny solder pads and presented their own challenges but we were able to get them closer to collinear with the camera and so eliminated the partially silvered mirror. Nothing else changed, including our results.
We thought it might make sense to go back to first principles so we started from scratch. This time we built an optical bench that we could use to do more precise experimentation. I'll show you that in my next post.


The lens used for making these hot glasses is anti-reflective and anti-scratch. So, you can expect lesser glare when you use these frames with the lenses. Above all, the anti-scratch material will make it easier for handling the eyeglasses. The Tr90+Metal material used for making these frames makes your eyeglasses lightweight, flexible, and durable. Above all, this material makes your eyeglasses highly comfortable to handle. Further, we assure 100% secure checkout when you order these glasses with us.
About the frames
- Made from high-quality material
- First-class craftsmanship
- Anti-Scratch Lens coating
- Anti-reflective coating


The substantial difference between reflex and mirrorless cameras is the way they capture images. The first one, also called DSLR (Digital Single Lens Reflex) has a mirror system that takes the light that comes through the lens and exposes the photo (darker or lighter). The later one, mirrorless cameras, as their name states, are cameras without mirrors.
What does that mean?
That means that reflex cameras have an optical viewfinder, whereas mirrorless ones have an electronic viewfinder. In other words, with the reflex, you are not able to see the photography results live, and with a mirrorless, you can take a sneak peek at your work through the viewfinder.
Advantages of mirrorless cameras
- Compact, light, and agile.
- Quicker focus system.
- The focus point covers almost all of the sensors.
- On the viewfinder, you can see the final result of the photo before taking it
Disadvantages of mirrorless cameras
- They take up a lot of battery power to function.
- They are not ergonomic.
- The sensor is very exposed and it gets dirty easily because of the lack of a mirror system.
Advantages of reflex cameras
- Stronger structure.
- Excellent ergonomy
- Better Battery Lifespan
Disadvantages of reflex cameras
- Bigger and heavier equipment.
- Fewer focus points.
- The focus speed is slightly slower.
You see, one can’t adventure to simply say one is better than the other, as the equipment recommendation will entirely rely on the use you’ll give to the camera. If you choose to do photography, a reflex camera is a really good choice. On the other hand, mirrorless cameras are going to be your best choice if you are aiming to be a videographer, because of their big sensor and higher quality pictures.


Fiber Optic Gyroscope (FOG)
NEDAERO introduces: the Fiber Optic Rate Sensor FOG
The NEDAERO Fiber Optic Rate Sensor FOG is a small palm of the hand-sized rate sensor. It provides turn rate for one rotational axis. The modular design allows a cost-effective realization of single or multiple sensing axis units.
Successful development of High Performance FOG80N!
September 2020 – Our FOG-team is proud to announce that development of a High Performance Fiber Optic Gyro has been successfully completed. A new design has led to FOG70 and FOG80N, whereby FOG80N has a Stability @ Room Temperature of ≤ 0.2 °/hr. With this accuracy the FOG80N is suitable for high end stabilization and navigation solutions, which is often found in military applications. Another key feature is that the design is ITAR free.
At NEDAERO we are continuously striving to improve our products and innovative solutions.
NEDAERO has a family of 3 FOGs with all unique specifications.
The (absolute) Scale-factor, Angle Random Walk and Bias Stability all have been improved.
All models are available and ready for delivery from stock.
Early 2018 NEDAERO has validated its Fiber Optic Gyro sensor for the aerospace industry. The FOG60 model has been successfully certified for a commercial airline program, and is now in series production. It’s a 100% European product whereby all materials are purchased from European suppliers.
The sensor is suitable for flight stabilization and attitude control of aircraft, helicopters, drones and missiles. Further application comprises Inertial Measurement Units and Navigation Systems. Other application examples comprise azimuth measurement of land vehicles, optics or antenna stabilization as well as high dynamical sensor platforms or other industrial purposes.
A Fiber Optic Gyroscope can be used in aircraft and helicopters, but has also other application fields like ground vehicles, robots, optics or RF antenna stabilization and training simulator stabilization and high dynamical sensor platforms or other industrial purposes.
The base consists of a spool on which an ultra-thin glass fiber is winded in two directions. By measuring the phase-difference of two light beams, a Fiber Optic Gyro (FOG) calculates the speed in degrees per second with which it provides the turn rate of one rotational axis. Whenever FOGs are placed along the x-, y-, and z-axes, angular rates are measured in three dimensions. Three FOG’s can be combined with three acceleration meters to end up as an Inertial Measurement Unit (IMU). An IMU shows the acceleration and angular rate in three dimensions. The unit can be used for attitude control and navigation of missiles, drones, etc. Once you connect the IMU to a computer, you can determine the orientation, positioning and speed of the object. This system is called an Inertial Navigation System (INS). This system operates autonomous from a GPS system.
The FOG contains no moving parts and has obviously hardly any signs of wear. It has a high reliability and has a forceful, robust design. The modular design enables tuning of specifications to customer specific applications, e.g. dynamic range, bandwidth, bias-stability, noise and physical/environmental specifications. Conventional mechanic gyroscopes will be replaced more and more by this reliable and maintenance-free Fiber Optic version.
KEY FEATURES AND BENEFITS
Fiber optic technology without moving parts
Analogue voltage output and Build-In-Test functionality
Robust metal housing
Temperature output for compensation.


InfiniVAN to introduce One Fiber One Building
Various enterprises and businesses nowadays are continuously expanding; one of the major key factors to effectively grow in the industry is by having the fastest and most reliable internet service. With this, InfiniVAN has been establishing an innovative way to provide and improve valued internet connection for every business.
True to its commitment, InfiniVAN is set to introduce the One Fiber One Building concept which aims to build an infrastructure that will support business transactions through lowered latency network with the use of fiber optics technology.
Through fiber optics technology as the primary component of InfiniVAN’s internet service, it envisions to establish convenient, fast and reliable internet connection suited to the needs of several corporate businesses.


Synopsis: Imaging through a scattering medium.
Description: When light passes through or reflects off a strongly scattering medium, such as a painted wall, the incoming light rays undergo many deviations making it appear as if the outgoing rays are random. However, it has been shown that it is possible to measure the scattering properties of a medium, so that one can predict how an incoming light ray will be output from the system and thus computationally unscramble the light. The aim of this project is attempt to recreate these results and take an image through a strongly scattering medium. Part of the project will involve modifying a standard LCD display so that it can be used as a spatial light modulator. Then, a basic optical setup will be built to characterise the transmission properties of a scattering medium. Finally, the same optical setup will be used to take an image through the scattering medium. Note, however, that this description presents an optimistic schedule for the project and the student will not be required to complete all tasks.
Deliverables: Experimental setup and report.
Prerequisites: The project encompasses signal processing, optics and some coding. While the student should have basic knowledge of these fields, assistance will be provided by advisors specialised in these areas.
Type of Work: ~70% experimental setup, ~30% signal processing algorithms.
- Metzler et. al. “Coherent Inverse Scattering via Trasnmission Matrices: Efficient Phase Retrieval Algorithms and a Public Dataset”, IEEE Conference on Computational Photography.
- Singh et. al. “Exploiting scattering media for exploring 3D objects”, Nature Light Sciences and Applications.
- Mosk et. al. “Controlling waves in space and time for imaging and focusing in complex media”, Nature Photonics.


The automated optical inspection (AOI) company achieves ISO 9001 for the research, development, design, production, sales, delivery and support of AOI solutions for the electronic industry.
Delvitech obtains the ISO9001 certification with the following scope:
“Software research and development of AI and advanced computer vision algorithms, hardware research, development and design of custom high-performance cameras, projectors and LED illumination, design and production of electromechanical and optical assembly, final assembly, sales and delivery, technical service, and customer support of AI assisted automatic optical inspection (AOI) solutions for industrial electronic manufacturing”.
ISO 9001:2015 represents the international standard that identifies the requirements for the quality management system. International standards are fundamental for companies when they have to prove their proficiency to provide products and services that meet customers and regulatory requirements.
“We are thrilled with this achievement, which demonstrates our growth path over the past 5 years,” said Roberto Gatti, CEO of Delvitech. “This certification reflects our commitment to give our customers the best possible quality for our products by monitoring and constantly improving our research, development, design, production, sales and technical support processes, always putting the customer’s needs at the center.”
About Delvitech SA
Delvitech SA was founded in 2018 by an experienced team. The company develops and produces automated optical inspection systems for the electronics market. The purpose of AOI systems is to perform visual inspection during the manufacturing process. Optical inspection systems are designed using software that is based on Artificial Intelligence. Delvitech AOI systems are mainly used for the inspection of assembled printed circuit boards (PCBA) by electronic manufacturing services. The company has entered a collaboration between its R&D and IDSIA, an important research institute for artificial intelligence, and the Department of Innovative Technologies of SUPSI.


Next Big Future reports on an advancement that could boost vehicle mileage by ~10 mpg (miles per gallon). Cars that previously achieved 40 mpg could achieve 50 mpg with a nearly 30% advancement in efficiency. The advancement comes from using a laser to ignite the fuel within the combustion cylinders instead of spark plugs.
Lasers have been a potential replacement for spark plugs for decades but were too big and power-hungry to use within a car. Since then miniaturization of the technology as well as efficiency gains in laser technology are allowing the technology to be used in smaller vehicles without overloading the capacity of the battery. The system is also being considered for larger vehicles such as shipping vessels to improve fuel usage and reduce emissions.
Princeton Optronics, Inc., a New Jersey based producer of lasers and related optical systems has already demonstrated the use of laser ignition in an engine. Ignition using a laser is more efficient than spark plugs since the ignition point can be designed to happen lower in the cylinder allowing for a more thorough burn of the fuel. Lasers could also fire multiple types during a single cycle allowing burn-off of a greater amount of fuel which can reduce emissions further. Even through oil prices have dropped we still continue to look for ways to make engines more and more efficient while simultaneously seeking alternative fuels. Low oil prices are a relief but will not last forever.


A state-of-the-art femtosecond laser system is used in conjunction with a high harmonics generation source and a monochromator to produce femtosecond laser pulses in the extreme ultraviolet spectral range. These laser pulses are employed to track the ultrafast dynamics of molecules such as bond breaking and bond making, with time , mass-, and energy-resolution. The main goal of this research is to fully understand the molecular dynamics of photoinduced and photocatalytic reactions at solid surface and interfaces.
Successful applicants interested in conducting research within this laboratory will work closely with graduate students and will gain insights into ultrafast spectroscopy, generation of extreme ultraviolet laser pulses, synthesis of novel photocatalytic materials, characterization techniques and ultrahigh vacuum science.
Start Date: 1/8/2024 - End Date: 4/28/2024
Type of Project
10 hours/week hour(s)
Students are required to work in lab, read scientific publications, give presentations, and write reports
Interested in Working With the Following Programs
For EXCEL URE Students Only
Honors Undergraduate Thesis
Independent Research Credit (4912)


With the FCR™ system’s increased luminance and color applied to digital cinema projection technology, the alluring stories told on the big screen will be even more captivating.
The Full Color Range
Using patented technologies called Full Color Range™ (FCR), you can now accurately transport and display all the vivid colors humans can perceive.
We enable Color Without Limits™
COLOR WITHOUT LIMITS™
You’re Missing Colors. From the movie screen to your home television, today’s RGB displays show only 45% of all the possible colors the human eye can see. 6P Color’s Full Color Range™ system can express all the colors in Nature.
A new era of
DIGITAL COLOR IMAGERY
Solving a Systems Problem
The Full Color Range™ system preserves color data throughout the content pipeline. Digital cameras capture a broad spectrum of color data but it is lost in the content pipeline as it reaches digital RGB displays. FCR™ preserves RAW color data captured by a camera, or digitally created (animations, effects), and transports all captured colors to digital displays.
The FCR™ system leverages technology already used in digital workflows, with minimal changes needed to Academy Color Encoding System (ACES). Our FCR™ system can coexist with legacy RGB displays and workflows. This technology is a “colorimetric” mapping solution enabling manufacturers to create displays using any colors desired.
Seeing more colors with the FCR™ system is an awe inspiring experience, but the benefits of the FCR™ system don’t stop there. From increased brightness to power savings to color consistency across different displays, the FCR™ system will transform how we see digital imagery in new and vivid ways.
“ Full Color Range technology is not just Bit-Depth or Gamut, it’s not just Chromaticity and Luminosity… FCR™ is color system that allows our audience to really feel the emotional message that true and complete color can impart”
The Impact Of
FULL COLOR RANGE™
ICVFX workflows are complicated by color-related issues with LED wall technology. Optimizing color in VP management workflows with the FCR™ system produces images that look more realistic and consistent.
For stories that are made digitally, not just captured in-camera, the FCR color technology affords digital artists new ways to build photorealistic visual effects and create the next fantastical animation.
Adding a greater number of more realistic colors using the FCR™ system will enhance the realism of AR/VR immersive and gaming environments without sacrificing latency.
FCR system preserves data captured by the cameras so that more color data is available to creatives, thus reducing the time-consuming need to create multiple color grades.
The FCR™ system can be used to exploit native capabilities in a variety of existing displays, offering a significant visual enhancement even before adding additional primaries.
From theme parks to art installations to concert venues, more colors and more captivating visuals with the FCR™ system means more ways to enliven any story and make a unique digital experience even more memorable.


High resolution aerial images are created cameras attached to unmanned aircrafts. It is possible to capture images up to 200 meters at a much lower cost to the alternative of renting an airplane or helicopter.
Using it for real estate, marketing or event management, videos captured from the sky are affordable. The quiet, gimbal stabilized aerial cameras caputre 4k videos with ease.
[youtube https://www.youtube.com/watch?v=xqpqLwA1Sr4][youtube https://www.youtube.com/watch?v=HG7erxyRFNY]
Having an aerial platform in the sky to perform a survey elimintates the need for personnel on the ground, reducing downtime and increasing safety for the entire workforce.
This survey enables the client to map the area in a faster, more efficient and accurate when compared to conventional surveys.
Fewer man hours –> cost efficient solution.
Aerial images presents the client with information over a large area in no-time. The multispectral camera detects within the near infrared spectrum which allows to determine plant stress.
Due their possiblities UAV’s are used all around the world, they are easy to deploy, have a superior resolution and are not susceptibility to cloud cover.


Philips Essential LED Bulb 7Watts E27 Screw Type
KSh 205 – KSh 2,260
Philips Essential LED Bulb 7Watts
Enjoy up to 80% brightness and greater energy efficiency with this Philips LED bulb.
With an impressive long-lasting life span, Philips LED bulbs provide a carefree experience for 20 years.
Philips LEDs produce light that is free from UV and infrared rays, keeping your family and environment safe from harmful radiations.
Philips LED bulbs have an inbuilt electronic driver that ensures a flicker-free experience so your eyes don't get irritated. Philips LEDs have a low flicker index of 5.2% and lowest SVM at 0.643.
Philips LED bulbs reduce the excessive sensitivity caused by the surface brightness so they don't strain your eyes even when you look directly at them.
Philips LED bulbs save up to 85% of energy without sacrificing light output and quality. They guarantee safety, uniformity and colour consistency.
A light bulb that produces light perceived as yellowish white has a color temperature of around 2700K. As the color temperature increases to 3500K-4000K, the color of the light appears less yellow and more white. When the color temperature is 5000K or higher the light produced appears bluish white.
Product Information Courtesy Philips Lighting


Built with the latest RTI Semiconductor Laser Module technology and an extra-visible yellow OPSL head!
The RTI PIKO 42 RYGB is made in Germany and is a powerful show laser system with extremely good visibility that is ideally suited for top professional laser show applications of any kind. It is built with the latest RTI semiconductor laser modules that are specially designed in a way to keep spot size as well as divergence equal on both x- and y-axis. This is significantly advantageous over solutions with a very good divergence on one axis, but a bad divergence on the other. The laser modules inside the RTI PIKO 42 RYGB are different – the spot size and shape is equal for all colors and on both axis!
The color range is extended with a yellow Coherent Taipan OPSL module for increased visibility – and matching spot size.
The beam specifications of the RTI PIKO 42 RYGB are given with only ca. 5.0 mm diameter and 0.7 mrad divergence – which applies to both axis, so it’s an actual value not an average and provides higher quality results than specifications with mixed calculations. The extremely small beam diameter allows for the use of very small mirrors, which results in reduced inertia and thus very good scanning performance.
42’000 mW total RYGB power in a small housing of only 271 x 491 x 296 mm
super small spot of ca. 5.0 mm for reduced inertia and thus fast scanning
6’000 mW / 577 nm yellow Coherent Taipan OPSL module for increased visibility
All wavelengths matched in divergence and beam size
extremely low divergence of 0.7 mrad – on both axis!
Compact form factor, RSL module size equal to the Coherent OPSL modules
extremely lightweight unit with only 28 kg
Different, brighter wavelengths for increased visibility
brilliant colors and great color fading
RTI Semiconductor Laser Modules match up with the added Yellow OPSL in spot size and divergence
Laser modules do not come out of internal alignment
Maintenance free laser modules
Integrated network switch, control signal can easily be linked through
Interlock / e-stop signal can be daisy-chained
High quality product, made in Germany
Great scanning performance suitable for projections as well as for beams
The RTI PIKO 42 RYGB impresses with a guaranteed RYGB output power of 42’000 mW. Great visibility is achieved with the new RTI Semiconductor Laser Modules (RSL) with special wavelengths for increased visibility: 8’000 mW / 637 nm for a very bright red combined with 13’000 mW / 525 nm green and a strong blue laser module with 22’000 mW / 455 nm. An additional yellow Coherent Taipan OPSL head with 6’000 mW / 577 nm is added for significantly increased visibility – yellow is the best visible color to human eye. The 525 nm green provides a warmer green tone than the 520 nm diodes and also has increased visibility.
These new RSL modules with their extremely low divergence and homogenous beam shape make the RTI PIKO 42 RYGB a top professional laser system. The extremely small beam diameter of only ca. 5.0 mm allows for the use of small scanner mirrors which leads to reduced inertia and higher scan speeds. This is especially important, as the RTI PIKO 42 RYGB can be used for any kind of laser show application: Super sharp beams and vivid colors for large scale concerts and festivals but also a perfectly matched beam for crisp graphics.
The RTI Semiconductor Laser Modules are maintenance free and do not come out of internal alignment.
The standard scanners can be run at a maximum of 45 kpps@8° ILDA and a maximum scan angle of 50°. CT-6210 scanners with LAS Turboscan drivers are available as option and provide even higher scan speeds with up to 60 kpps at ILDA 8°.
The housing is built very durable and ideal for use on the road. The new 360° brackets can be safely fixed in the needed position in just a few moments thanks to the quick-lock system. It has an interlock / e-stop through port, which allows for daisy-chaining the interlock signal, which means that only one e-stop is required for several laser systems. Due to the dustproof housing, the maintenance effort is very low and the device is also suitable for tough touring applications. Control signals can be looped through directly via the network switch, which is also integrated.
The powerful RTI PIKO 42 RYGB is suitable for indoor and outdoor show laser applications at concerts, festivals and other huge events. Demanding graphics projections or projections over long distances are possible without any problems, due to the extremely good divergence.
– 42’000 mW guaranteed power
– Advanced RSL Semiconductor modules for extremely good beam shape and low divergence, which is equal on x- and y-axis, combined with OPSL
– Addition of high visibility 577nm yellow OPSL
– Extremely sharp intense beams especially compared to other lasers of this power
– Integrated intelligent LaserAnimation Sollinger Mainboard
– Integrated network switch for linking the control signal
– Integrated Touch-Display for adjustment of basic functions
– Rugged tour grade housing
– 360° Bracket with quick-lock system
– Incl. waterproof flightcase and rain cover
– operating temperature: +5°C to +45°C
Cijena ——-BEZ POREZA——-: 45900,00 €
Maestro, Mastercard, Visa do 12 rata.
Diners, Diners Club do 36 rata.
Ukoliko ste zainteresirani za ponudu, nazovite nas na 095/858-1658 ili kontaktirajte putem maila;
Za više informacija, potražite nas na društvenim mrežama:
Ili na našem webshopu: https://showtechnic.com.hr/.hr/


Nikon D3400 24.2 MP DSLR Camera + 18-55mm VR AF-P Lens IN UK
Click Below Images to Enlarge
The Nikon D3400 Digital SLR Camera has a 24.2MP sensor that captures pictures with amazing clarity. The 100-25600 ISO sensitivity is perfect for low-light shooting and fast moving subjects. Record family movies or dramatic films thanks to the 1080p Full HD capabilities. Use built-in bluetooth to pair your camera with your smartphone for easy sharing. Additional features: no optical low-pass filter, 3.0″ LCD, 11-point AF system, 5 fps continuous shooting, plus more!
The included AF-P DX NIKKOR 18-55mm f/3.5-5.6G lens is a standard zoom lenses covering the 18-55mm range of focal lengths (effective angles of view equivalent to those of a lens with 27-82.5mm focal lengths in FX and 35mm  formats). AF-P lenses realize fast and quiet AF operation via the adoption of a stepping motor to drive AF for fast and quiet autofocusing. With Its featured Vibration Reduction (VR) mechanism it provides a camera shake compensation equivalent to a shutter speed 4.0 stops (with testing in accordance with CIPA standards) faster. Lens is compact and lightweight, DX-format compatible, 3.1x normal zoom lens with 18-55 mm focal-length range and f/3.5-5.6 maximum aperture. This lens has two aspherical lens elements that are employed to deliver superior optical performance with minimal lens aberrations. In addition, this lens has a compact and lightweight design with a retractable barrel for excellent portability.
Purchase with confidence from eBay


13:09 23rd May, 2016
Blips Lens Redefines Smartphone Cameras | TechTree.com
Blips Lens Redefines Smartphone Cameras
The project backed by Kickstarter, Blips lens stick on to the exterior glass of the smartphone camera and helps to capture micro and macro shots.
Blips lens is the world’s lightest and thinnest pair of adhesive stick on lens which helps capture powerful microscopic images. The lens is available with micro and macro magnifications.
The Blips Macro lens magnifies up to about 10 times. The optimal distance at which it works from a specimen is about 0.5 in (13 mm). The Blips Micro, meanwhile, can achieve magnification of over 100 times and can recognize details of about 1/7000 in (1/275 mm). This means it possible to use it to look at things as small as cells, with the optimal working distance for doing so being about 0.25 in (6.4 mm).
The electrostatic adhesive surface of the lens is easy to use and does not damage the glass exterior of the smartphone camera. The lens can also be mounted upon a flexible film, though, with reusable adhesive bands that stick to the body or case of a phone so as to help keep the lenses in place.
Created by Smart Micro Optics, the Blips lenses are designed to work on all models of smartphone and tablet. The company says they are small enough to be kept attached to a device and even in a pocket without adding any inconvenient bulk. Indeed, the Macro lens is about 1/50-in (0.5-mm) in height, while the Micro lens is about 1/20-in (1.2-mm) in height.
- DRIFE Begins Operations in Namma Bengaluru
- Sevenaire launches ‘NEPTUNE’ – 24W Portable Speaker with RGB LED Lights
- Inbase launches ‘Urban Q1 Pro’ TWS Earbuds with Smart Touch control in India
- Airtel announces Rs 6000 cashback on purchase of smartphones from leading brands
- 78% of Indians are saving to spend during the festive season and 72% will splurge on gadgets & electronics
- 5 Tips For Buying A TV This Festive Season
- Facebook launches its largest creator education program in India
- 5 educational tech toys for young and aspiring engineers
- Mid-range smartphones emerge as customer favourites this festive season, reveals Amazon survey
- COLORFUL Launches Onebot M24A1 AIO PC for Professionals