LV-H32, Reflective Sensor Head, Spot Type, Variable Spot in LV series by KEYENCE INTERNATIONAL (BELGIUM). Buy KEYENCE LV-H32 LASER SENSOR HEAD NEW IN BOX: Security Sensors – ✓ FREE DELIVERY possible on eligible purchases. Find great deals for KEYENCE Laser Sensor Lv-h32 Lvh Shop with confidence on eBay!.
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KEYENCE Laser Sensor Lv-h32 Lvh32
Semiconductor Laser Light Source By using semiconductor laser as a light jeyence, it allows the LV series to form a sharp beam spot even at a long distance. Detecting Wafer Rings With the long detecting distance and adjustable beam spot diameter, the LV-H32 eliminates the need for changeover adjustment even when the diameter of a wafer changes.
The LV’s long distance detection is accurate and does not obstruct the operation.
By using a laser as a light source, the The LV-H32’s offers a bright beam spot, allowing for easy setting. A sensor can not be mounted near the press because it will interfere with the manual positioning of parts.
Overview Specs Dimensions Models Downloads. With the long detecting distance and adjustable beam spot diameter, the LV-H32 eliminates the need for changeover adjustment even when the diameter of a wafer changes.
Detecting workpieces in a press A sensor can not be mounted near the press because it will interfere ov the manual positioning of parts.
By using semiconductor laser as a light source, it allows the LV series to form a sharp beam spot even at a long distance. Digital Laser Sensor LV series. Long Distance, Adjustable Beam Spot Regardless of your target distance, you keuence easily adjust the beam spot to meet your application needs.
LV-H32 – Reflective Sensor Head, Spot Type, Variable Spot | LV series | KEYENCE America
Long Range Focus The focal distance of the spot can be freely adjusted according to the application. Visible red semiconductor laser.
Differentiation of Wire Colours in a Harness The focus can be adjusted for a desired distance, allowing for flexible sensor mounting. Regardless of your target distance, you can easily adjust the beam kryence to meet your application needs.
Even when mounted far away from the target, the LV series can accurately detect and differentiate that which would have been impossible with a sensor using a LED as a light source.


12/29/2016 4:40:59 PM
StreetGlow “XHP” Series LED headlight conversion systems utilize the latest technology and material in the world. Incorporating the award winning CREE® XHP50 LED’s made specifically for automotive forward lighting. Mounted on aviation grade 6063 aluminum for the greatest heat dissipation available, coupled with our patented beam selector dial to achieve your desired beam pattern.
CANbus Electronic drivers make installation in all applications error free with plug and play hardware even a novice can do. StreetGlow conversion kits offer an upgrade to your existing Halogen or HID lighting system. LED headlights offer increased visibility over Halogen and HID in both low beam and high beam functions for added safety. LED lifespan is rated for over 100,000 hours and most likely never needs replacing. Offered in 6500 kelvin rating to achieve the modern look of LED lighting often seen in many newer vehicles.
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Color filters are apparently replacing polarizers in foldable variants of OLED panels (organic light emitting diode) in the near future. This change would bring various improvements for the display technology along with multiple benefits.
According to a new report from UBI Research, known firms that manufacture such foldable OLED displays are working on bringing color filters that will allow panels to become thinner and brighter. For those unaware, Polarizers can be found in OLED panels and are used to deflect reflections from external lights.
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The versions of OLED that is currently available in the market generally stack and encapsulation layer, polarizer, optically clear adhesive, a cover window on top of the light emitting layer. Furthermore, the cover window is made from a polyimide film or ultra thin glass (depending on the manufacturer).
While vendors were already using polarizers with a thickness within the 10 micrometer range over the 100 micrometer ones used in previous generations, this is still considered thick and lowers the overall brightness of the OLED panel. Notably, Chinese display maker BOE had showcased a foldable OLED panel back in 2017, which utilized a lower temperature color filter instead of a polarizer. The company said that the was “100 times thinner and 23% more bright than OLED panels that used polarizers.”
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Cost reduction and increased work efficiency are more important than ever today. Businesses must be proactive to remain competitive, and many have turned to cutting-edge technology. One of the technologies that can significantly reduce costs and increase business productivity is aerial infrared steam leak detection.
Aerial infrared steam leak detection is a dependable testing method that allows operators in industries ranging from manufacturing to power plants to detect leaks quickly and accurately. Using aerial infrared thermal imaging, you can quickly and easily detect hot spots in hard-to-reach areas that are difficult to access with traditional methods. This saves time and money and improves safety by eliminating the need to check equipment or areas with the naked eye, lowering the risk of injury or exposure to hazardous conditions.
Aerial infrared steam leak detection has a higher resolution, allowing for more precise leak location and data on any leak’s size, shape and severity. We find steam leaks with an infrared camera by measuring temperature differences between spots inside the pipes and the pipe’s exterior. For example, inconsistencies could indicate a security breach. We also detect problems with insulation near steam lines, valves, pumps and other machinery. Using aerial infrared steam leak detection, operators identify and address issues before they become detrimental to business operations due to costly water damage.
The detection of infrared steam leaks provides peace of mind to business owners. Aerial infrared steam leak detection lets operators plan maintenance and repairs by watching their operations and identifying potential safety hazards. This guarantees the smooth operation of their businesses and provides peace of mind to those in charge.
Manual steam leak detection methods are no longer needed for detecting, diagnosing, and repairing leaks. Instead, protect your steam system’s safety, efficiency and cost-effectiveness by using aerial infrared steam leak detection. This cutting-edge technology detects steam and energy loss from a fixed elevation or platform, allowing us to identify pipes and other leaks quickly and save you energy. Use aerial infrared steam leak detection to save money, work more productively and have more time.


The aim of the PLASMONX project is to provide the LNF (Laboratori Nazionali di Frascati) with a world-class, high-power laser facility suitable for the development of an innovative, high-gradient acceleration technique based upon super-intense and ultra-short laser pulses, and X/gamma-ray tunable sources using Thomson scattering of optical photons by energetic electrons. The facility makes use of a new generation laser, FLAME, will be built in close interaction with the SPARC project presently in progress at LNF. The main purpose of the facility will consist in R&D activity aimed at the following objectives:
Both lines require very bright and short electron bursts together with very high power laser pulses of sub-100 fs duration. Studies at the forefront of research in this field consistently indicate that the power level and the focused intensity for a laser system appropriate for these studies are >10TW and >1019 W/cm2 respectively. The activity will be carried jointly by three INFN units and one CNR unit. The R&D activity carried out at this facility will be open to some extent to external users, in particular for what concerns bio-medical oriented uses of the available sources for diagnose and therapy.
This page is a test draft, the official site still being here
The project is divided into two main streams:


Single-well devices designed to allow the user to observe signaling responses to strain in real time on a microscope stage.
The StageFlexer® is designed to strain cells in monolayer while viewing the cellular activity with an upright microscope. The Inverted StageFlexer® device allows observation with an inverted microscope.
The StagePresser™ is designed to compress a single tissue sample or cell-seeded construct in 3D culture while viewing cellular activity under a microscope.
Fluid Shear Application:
The FlexFlow™ is a parallel plate laminar flow device designed to apply fluid shear stress and/or cyclic strain to cells in culture while providing a means for viewing cell activity under a microscope in real time.


Dual-passivation of ionic defects for highly crystalline perovskite
【摘要】：The ionic defects in hybrid halide perovskite materials served as the recombination center severely restricts its application for solar cells. Here, we proposed a dual-passivation strategy via simply incorporating low-cost ammonium chloride to simultaneously passivate negative-and positive-charged ionic defects, as indicated by first-principles density functional theory calculation. The efficient defect modulation reduces the defect density and prolongs the carrier lifetime, thereby contributing to the highly crystalline perovskite, which is demonstrated by light-dependent kelvin probe force microscopy, transient absorption and visualized fluorescence lifetime imaging microscopy. Benefiting from these merits, the power conversion efficiency of perovskite solar cells is boosted up to 21.38%. More importantly, this dual-passivation approach can be further extended to mixed-cation perovskite systems, not limited in traditional methylammonium based perovskite only. Such methodology of simultaneously regulating ionic defects in different types may probably give impetus to effectively promote perovskite evolution.


Maser to Laser
A maser operates in a similar manner as the laser but produces and amplifies electromagnetic radiation mainly in the microwave region of the spectrum.
The invention of the maser (microwave amplification of stimulated emission of radiation) in 1954 by Charles Townes and Arthur Shawlow led to new investigations into light amplification by stimulated emissions of radiation, or laser, a term coined by American physicist Gordon Gould in 1957.
Gould, like Townes and his colleagues, had proposed using optical pumping to excite a maser, which originally used stimulated emission in a stream of energized ammonia molecules to produce amplification of microwaves. If the concept worked with visible light, the potential of the technology would be enormous, projecting the radio spectrum "into a range some ten thousand times higher than that which was previously attainable," Theodore Maiman said at a press conference held in New York City in July 1960. "Its success marks the opening of an entirely new era in electronics." (Read Maiman's remarks.)
At Hughes Research Laboratories, Maiman and his team had been investigating both the maser and laser concepts. Maiman proposed using ruby as the lasing medium, the substance that supplies the atoms or molecules to be stimulated. He set about demonstrating the laser concept in the spring of 1960.
How the Ruby Laser Works
A crystal of ruby was at the center of the first laser (a replica of which is shown above), providing the electrons to be stimulated. A fully reflecting mirror is placed on one end of the ruby cylinder and a partially reflecting mirror on the other. The cylinder is placed inside a high-intensity lamp, which provides a flash of white light that triggers the laser action. Wavelengths in the flash excite electrons to a higher energy level. Upon returning to their normal state, the electrons emit ruby-red light. The mirrors reflect some of the light back and forth inside the ruby crystal, stimulating other excited electrons to produce more red light, until the light pulse builds to high power, draining the energy stored in the ruby crystal.


The MC3 is a multicomponent IR gas analyzer that is specifically designed for continuous monitoring of a flue gas stream. The infrared optical bench, sample cell and control components are all integrated into one convenient, and easily serviced ventilated enclosure.
1. Optical bench
The infrared optical bench consists primarily of an infrared source with chopper, a sample cell that the infrared light pulses travel through, a motor driven filter disk that can put up to 12 different optical filters or gas filled cells in the infrared light beam, and a solid state detector to measure energy of the infrared light pulses. To understand the operation it is necessary to first understand the underlying analytical techniques.
1a. Gas Filter Correlation Technique
The Gas Filter Correlation technique is a well-known method to reduce cross sensitivities to gases that cause interference in infrared measurements. In the technique an optical band pass filter is used to select an infrared band and then a cell filled with 100% concentration of the gas of interest is placed in the beam, effectively blocking the spectral lines that the gas absorbs at. Alternately with the gas filled cell, a clear aperture with no absorption is placed in the beam. In essence, the gas filled cell is blocking all of the energy in a specific spectral line, creating a reference pulse that is absolutely free of variation due to the gas of interest. The other pulse coming through the clear aperture can be reduced by the gas of interest, thus will vary the ratio of the two pulses with variations of the gas of interest. The result from the IR detector is the presence of two electrical pulses that represent IR energy levels, one missing the energy absorbed by the gas filled cell and the other containing all of the energy of the infrared source. If the IR beam passes through a sample cell that has none of the gas of interest, then the two pulses will be significantly different in amplitude. If the gas of interest is present in the sample cell then the ratio of the two pulses is reduced...in theory if the sample cell concentration is high enough then the two pulses will be the same amplitude with a ratio of 1. The Gas Filter Correlation technique is applicable to any gas that presents adjacent harmonic spectral absorption lines. It is important to note that variations in optical clarity like dirt on cell windows, source strength, and other causes not related to the spectral lines selected, will have no effect on the RATIO of the two pulses, making this an extremely sensitive and selective analytical technique.
1b. Single Beam Dual Wavelength Technique
In the Single Beam Dual Wavelength technique ultra narrow band optical filters are used to select infrared wavelengths. One wavelength is at a spectral line that the gas of interest absorbs (measuring) at, and the other is one at which it does not (reference). Under a zero condition in the sample cell the two cells are alternately placed in the beam and the resultant electrical pulses are set as equal. If the gas of interest is present in the sample cell the measuring pulse is reduced in relation to the reference pulse and the ratio of the two is used to output a signal proportional to concentration in the sample cell. The MC3 analyzer can utilize either of these techniques, depending on the gas to be measured and the range of analysis.
2. Folded Path Sample Cell
One of the early challenges to be faced by Infrared photometers was that of the sample cell path length. That is the simple problem of trying to place enough molecules into the infrared beam to produce a usable signal. Indeed, many IR applications would have required lengths longer that 60 feet for the lower ranges of analysis, an impossible task for any practical instrument. In the late 60s sample cell developers created a technique that allows very long path lengths to be achieved in compact cells, using mirrors and a folded path technique. Simple and robust they have allowed IR photometers to routinely have paths as long as 20 meters yet remain in small envelopes. The sample cell in the MC3 is fully adjustable for optimization of each application and has reduced volume to save on maintenance and calibration gases. The standard sample cell path is 6 meter however for higher sensitivity it is possible to incorporate a 12 meter path length.
The MC3 is specifically designed for Continuous Emission Monitoring service and the optical bench, sample cell and control components are all integrated into one convenient, and easily serviced enclosure. In particular the integrated design allows the photometer source and detector to be housed in the same temperature controlled housing which significantly improves stability. The filter disk, holding 12 filters each is controlled by a stepper motor. The filters are near 1/2 inch in diameter and the infrared beam is less than 1/8 inch so that alignment of the filters is never critical. The solid state IR detector utilizes the exact same technology as found in the Sidewinder missile. It is located on its own subassembly but in the temperature controlled housing with the IR source and Pre-Amplifier.
4. Inputs and Outputs
The MC3 analyzer communicates with the System PLC using a serial link and Modbus protocol. The System PLC unit can be connected to the plant’s network and standard Ethernet TCP/IP can be used for communications. This is especially useful when a remote data acquisition system is employed. Additional System PLC units can be located anywhere within the plant and the only connection needed to communicate all system analog and digital signals is the plant’s existing network instead of scores of conductors and cable trays. In addition, the analyzer can be controlled via modem, Ethernet or TCP/IP. This feature can greatly simplify complex applications that translate into significant savings of installation cost.


: This cool flashlight comes with C4 LED which gives 12,000 candela peak beam intensity which is powered by 630 lumens. with it’s high quality aluminium body and crystal clear shock mounted lens it grabs the second position in the list. MagLite ST3D016 3-D Cell Flashlight: It is 3 D-sized battery powered high performance flashlight. With a cool dimension of 12.3 x 1.6 x 2.2 inches, it generates 3-watt power which comes with shock and water proof aluminium alloy metal body. Makita LXLM03 18-Volt LXT Li-ion flashlight: With the power of Lithium ion battery, this is the slimmest folding flashlight powered by 12 high-end LEDs. With its 360 degree rotating lighting panel, it generates maximum 240 lumens of light intensity which is operated on 18 volts.
LE adjustable focus CREE LED: with adjustable beam focus, this flashlights is powered by 3 AAA size battery which gives 140 lumens of super bright light intensity. With it’s only 4.29 inch size, it becomes the most handy flashlight easy-to-handle must haves. Metallic body gives shock and water proof user experience.
Coast HP3 Inspection Flashlight: This is a pen sized 1 AAA battery operated LED inspection flashlight. With twist focus mode, this model of LED flashlight generates 80 lumens of light intensity with its Pure Beam Focusing Optic System. With it’s no slip pocket clip, it gives a cool look in your pocket. When it is clipped in your pocket, it never feels like you are carrying a light system all the time, because of it’s pen-like look.
Therefore, considering the look, size, power and performance, these are the most highly rated flash lights in the 2018 market.


Recently, Russian scientists used laser technology to create a new optical biosensor. Compared with traditional sensors, its sensitivity has been greatly enhanced, can be used to detect bacteria and viruses, especially suitable for use in high-traffic scenarios, such as the airport.
Thanks to the grating-like structure of a silver film, infrared light is regularly distributed over its surface as it passes through the sensor. As the light intensity becomes higher, the microwell will turn into a hot spot. The microorganisms contained in the biological material effectively fill the pores and adsorb the hot spots, thereby increasing the probability of detection. The researchers said: "With this technology, optical biosensors can be used to detect individual bacteria, which can be very helpful in disease prevention and rapid diagnosis."


Square prints up to 6" x 6" are developed on Fuji Crystal Archive lustre paper & are single mounted behind a 1.4 mm crisp, smooth white archival board.
Square prints larger than 6" x 6" are developed on Kodak Endura Professional metallic paper & are double mounted behind two sheets of 1.4 mm archival board.
We use "Superclear" as standard; a specialty white water glass from Germany. It is optically coated on both sides to reduce reflections by over 90% & reduce damaging UV light transmission also by over 90%.
Every print is titled on the mount, regardless of size or finish.
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Materials for the LED Industry
Brighter LEDs. Lower costs.
Improve your chances for success in today’s LED market. Versum Materials is a leading supplier of ultra high-purity white and blue ammonia to make the brightest LEDs possible, as well as high-purity materials for Metal-Organic CVD (MOCVD) and thin-film deposition. Coupled with our GASGUARD® Gas Delivery Systems and MEGASYS® Total Gas and Chemical Management Service, we have your LED manufacturing needs covered.


What You Should Do to Find Out About Fisheye Lens Before You’re Left Behind
Ensure the lens works with your camera. The exact same camera with assorted lenses can provide you a bit of assistance with seeing the distinction plainly. Just because a lens is a great choice topside doesn’t signify it is the ideal choice underwater. For any critical macro work, you want no less than a 105mm macro lens. Another way of reducing noise isimage stacking and can be quite effective when you’re lens limited. It is a specialty lens and you ought to secure each of the essentials from the way before you think about purchasing it.
Sooner or later, even though it isn’t perfect, I can suggest the lens to anybody searching for an inexpensive choice for a fisheye lens. Used skilfully such a lens can open up unique, creative vistas along with having the ability to function as an ultra wideangle lens, as a result of how the lines in the middle of the image aren’t deformed. There are two main forms of fisheye lens.
Lenses can be a rather personal selection. The lens comes with a timeless AF micro motor that’s surely well sufficient for this lens. Note that all these lenses will often be less expensive lenses. A fisheye lens gives everything an entirely different look because of their design. The main reason for this is the fact that it is simply not a really practical lens to use everyday on account of the fisheye effect.
You are able to choose to get a branded item or can choose to find the generic lens hood readily available on the market. Obtaining a camera lens hood is an excellent move to be certain that the extra light is going to be cut off and be prevented to join the camera lens. There are plastic, rubber and metallic camera lens hood you may pick from.
Full-frame fisheye pictures, however, can look quite conventional because of their rectangular look, instead of circular fisheye images. Consequently, the image appears relatively sharp even with the modest grade of the encoding. You’re able to carry it to take the skilled images everywhere.
Finally, if you think this is a lens you are going to be using regularly, you won’t be let down with the results from the Sigma. Lenses might not be something they need to stress over yet, especially in the event that they’re simply beginning. Various lenses are appropriate for distinct functions. Once you’ll begin using 220Lens lenses, you’re step into an entirely new experience! If you are searching for fast zooming lens you’re going to be making the most suitable choice with the Sigma.
Mirror telephotos supply a cheap different choice for costly long lenses. The lens has turned out to be exceptionally dependable and durable. A zoom lens is one which offers a variety of focal lengths. If you presently have one of the more affordable zoom lenses on your Canon DSLR, investing within this lens will bring a large boost boost in image quality, and of course the additional portability that it also offers.


The Surface Nanoengineering Lab (SNL) features a state-of-the-art equipment for the characterization of materials and biological response at the micro- and nanoscale. It consists of a confocal Raman microscope integrated with an Atomic Force (AFM) and a Near-Field Optical (NSOM-SNOM) microscopies. In addition if features a FTIR spectrometer and equipment for cell cultures.
WITec 300 RSA confocal Raman, AFM and SNOM microscopy system
Modes: Raman spectral imaging, micro-Raman, 3-D confocal Raman imaging, confocal laser scanning microscopy (reflection and transmission), NSOM-SNOM (contact and AC, reflection and transmission), AFM (contact, lateral force, AC, digital pulse force - DPF)
Lasers: 488 nm (50 mW), 532 nm (50 mW), 633 nm (35 mW), 785 nm (150 mW)
Accessories: Total internal reflection (TIR), heating stage, active vibration isolation system
Zeiss Axio Lab A1 microscope
For brightfield and fluorescence imaging
Thermo Nicolet Nexus 870 FTIR spectrometer
Frequency Range: 400-12000 cm-1
Spectral Resolution: 0.125 cm-1
Beamsplitters: KBr (375 - 7000 cm-1)
Accessories: Smart SAGA™ (Specular Apertured Grazing Angle), Smart ARK ™(Attanuated Total Reflencance).
Cell cultures and biological assays
The SNL also offers a basic setup for cell cultures and biological assays.


OTDR, short for optical time-domain reflectometer, is an optoelectronic instrument used to characterize an optical fiber. It can be considered as the optical equivalent of an electronic time-domain reflectometer. OTDR injects a series of optical pulses into the fiber under test.
Rayleigh scattering is an irregular OTDR (Optical time-domain reflectometer) is traditional fiber optic test equipment used to characterize fiber optic. It is most easy to use but the OTDR is also one of The increasing use of optical fibers for worldwide communications is spurring development of optical time-domain reflectometer (OTDR) applications. Evolving OTDR Testing. An Optical Time-Domain Reflectometer or OTDR is a sophisticated test instrument used to probe the characteristics of long optical fibers. 29 Nov 2011 An OTDR launch fiber, often available on a small spool or within a “launch box”, is used to create the proper conditions for testing another similar Today, the OTDR is mainly used in counter-propagating direction of the data traffic for live monitoring.
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Additionally, they detect, locate, identify and measure optical components in installed networks including fusion splices, optical connectors and PON splitters as well as faults such as breaks or tight bends causing high loss. OTDR users generally used the two-wavelengths provide the best balance of functionality and value. OTDR testing at 1310 nm and 1550 nm is normally sufficient to certify point-to-point or FTTx PON fibers and allows the detection of macro bends. Very easy for the detection of macro bends at the OTDR wavelength 1310 nm and 1550 nm. What Is OTDR? , Article About What Is OTDR?
OTDR tests will generally not correlate with LSPM tests (or often with other OTDRs!) which test the cable plant more like how the cable plant is used by communications equipment, and usually OTDR results are lower, setting up the network owner for a problem when the communications electronics are installed.
Connector Types. Connectors are used to link fibers together. Moreover, they must ensure a low loss even after a 566 results Find your used OTDRs at used-line.com, the Online Marketplace for used T&M equipment.
Fiber optic cables are used by telecommunications companies to transmit Optical Fiber Ranger OTDR Principle Tester Meter FTTx Network FTTH Tool Kit VFL
CEL switches are used for diverse applications such as WLAN, mobile laser and Avalanche Photo Detectors (APD) for OTDR applications which are cost Multi-fiber connectors contain “keys” which maintain defined fiber polarity when the connectors are mated together. MPO / MTP® adapters We performed experiments and practical exercises where we used materials in our systemets kapacitet utförde vi experiment med RISE Acreo phase-OTDR. You will learn how to use advanced Dense Wavelength Division Multiplexing (DWDM) features such as G.709 encapsulation, generic framing protocol G.7041, Dualcomm ETAP-2003 is a Network Tap for use with a single 10/100/1000Base-T Ethernet link.
An Optical Time-Domain Reflectometer or OTDR is a sophisticated test instrument used to probe the characteristics of long optical fibers. 29 Nov 2011 An OTDR launch fiber, often available on a small spool or within a “launch box”, is used to create the proper conditions for testing another similar
Today, the OTDR is mainly used in counter-propagating direction of the data traffic for live monitoring.
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You can also use it to verify splice loss (but test both ways and average to get a reliable measurement) or find … A fully automatic OTDR automates the test to the same level as a copper field tester, using internal expert diagnostics to interpret all the information from the OTDR test, and presents the results in a simple, easy-to-understand table. Everyone’s an expert. … 2021-04-08 In a long outside-plant cable with many splices, the OTDR is used to ensure the cable has not been damaged during installation and that each splice is properly made.
High-gain light detectors measure any light that is reflected from each pulse. The OTDR uses these
2014-06-25 · OTDR stands for Optical Time Domain Reflectometer.
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It uses optical time domain reflectometry technology. The purpose of an OTDR is to measure elements at any location of a fiber optic cable. It only needs one end of the cable in order to measure its elements. 2019-01-30 An OTDR is most commonly used during installation acceptance and maintenance of outside plant cables. In this role, it is likely to be used to identify point losses, the length of various cables, and to measure return loss.
What is an OTDR? It is a fiber optic instrument used to characterize, troubleshoot and maintain optical telecommunication networks. OTDR testing is performed by transmitting and analyzing pulsed laser light traveling through an optical fiber.
If you made measurements and obtained the attenuation for the entire Overview OTDR - Optical Time Domain Reflectometer . An Optical Time Domain Reflectometer (OTDR) is an important instrument used by organizations to certify the performance of new fiber optics links and detect problems with existing fiber links. Why do I use an OTDR? Use the OTDR for troubleshooting. If you have a cable break, especially in the outside plant, the OTDR is the best way to find it. You can also use it to verify splice loss (but test both ways and average to get a reliable measurement) or find … A fully automatic OTDR automates the test to the same level as a copper field tester, using internal expert diagnostics to interpret all the information from the OTDR test, and presents the results in a simple, easy-to-understand table.
An OTDR is an extremely valuable tool when you are trying to characterize optical fibers. OTDR 13 Jun 2015 It can also be used to locate faults, such as breaks, and to measure optical return loss. There are four types of OTDR, they are Full-feature OTDR, Learn key info on OTDRs and guidance to newcomers in the telecoms fibre optic market for selecting an OTDR At the time fiber-optic networks are installed for trunk lines connecting large cities, the Optical Time Domain Reflectometer. (OTDR) must have a high dynamic Optical Time Domain Reflectometers (OTDR) - Leading solutions in optical and OTDR testing from the experts in OTDRs.


Fujifilm launched a special 100 megapixel GFX100 infrared version. This camera is designed for forensic, scientific and cultural preservation applications.
Fujifilm said the GFX100 IR can be used to identify fake documents and analyze pigments in paintings or historical documents.
“With different IR filters in front of the lens, the photographer can make use of different wavelengths of light to reveal hidden details. In addition, using an appropriate IR cut filter allows the GFX100 IR to be used normally, the same as the standard version of the GFX100 camera for rendering normal color images in the visible spectrum, “Fujifilm explained as quoted by Engadget.
This Japanese camera company has not disclosed the price for the camera. However what is clear, this camera will only be distributed in a limited manner through certain retailers.
Apart from announcing a new model, Fujfilm also launched a firmware for the GFX100 which introduces a new feature called the Pixel Shift Combiner. This firmware update combines 16 RAW images into one 400 megapixel image, if 100 megapixels are still not detailed enough.
“For those who work in the field of archiving or cultural preservation, this new function is valuable especially for photographers documenting historical artifacts or large works of art, as it can be preserved digitally at 400 megapixels,” Fujifilm wrote.
This feature will also work on the newly released GFX100 IR camera, combining the scientific potential of infrared with ultra-high resolution imaging.


If you're looking for a way to capture and save your favorite images from the moon, stars, planets, or galaxies, then you've found the right product.
Astronomer’s new best friend
This easy to use digital eyepiece for telescopes connects to the USB port on your computer and gives you a real-time image from your telescope - directly on your computer screen! This is the best way to view high resolution images of the moon, stars, sun, solar systems and more, and without having to bend over your telescope and squint with one eye to enjoy the heavenly attractions. If you own a telescope then this digital eyepiece will make using your telescope easy and fun again for the whole family.
High Quality Images
The image quality of this digital eyepiece is simply amazing too. This is because the Digital Eyepiece uses a 1/2 inch 1.3 megapixel image sensor for delivering high image quality and remarkable detail like you have never seen before. Included with this digital eyepiece is a DVR software kit for recording those beautiful images in 1280 x 1040 video or photos. This makes sharing your high resolution images with your friends, family, or the internet, easier and more enjoyable than ever.
Easy and Convenient to Use
You don’t have to be an astronomer to use it either. With the easy setup and user friendly software, even children can get in on the action. Simply attach the eyepiece to any telescope, attach the USB cable to your computer, open the included DVR software, and position your telescope like you would normally. That’s it! You can now, view, record and capture all your favorite celestial bodies from the comfort of your own home. The best part of it all is that unlike a traditional eyepiece, all your friends and family can actually view the same images from the telescope at the same time.
This digital eyepiece for telescopes is built using high quality components.
At a Glance...
- Attaches to any telescope
- Easy for anyone to setup and use
- Save 1280 x 1040 video or photos to your computer
- View the moon, stars, planets, and more from your computer
- Product Description: Digital Eyepiece for Telescope - for viewing and recording via computer
- Imaging Sensor: 1/2 Inch 1.3 Megapixel CMOS
- Pixel Size 2.8μm * 2.8μm
- Connection to Telescope: Ocular tube
- Size of Ocular Tube: 17mm, 25mm and 30mm (using included adapters)
- Still Image
- Format: JPEG, BMP
- Resolution: 1280 x 1024
- Format: WMV
- Resolution: 1280 x 1024
- FPS: 16 frames per second
- Sensitivity: 1.0 V/lux-sec
- Spectrum response 400nm - 1000nm
- White Balance: Auto
- PC Interface: USB 2.0
- Shutter: ERS (electronic rolling shutter)
- Power Source: USB port of computer
- Dimensions: L: 65 x Diameter: 65 (mm)
- Compatible Systems: Windows 2000, XP, Vista, 7 (32 bit version only)
- Fits 17mm, 25mm and 30mm (using included adapters)
- USB digital eyepiece
- USB cable -1.5m
- 2 adapter rings
- CD with manual, drivers and software
FAQ - Frequently Asked Questions
- Can I use this with my Linux, MAC or Windows 7 computer?
The eyepiece itself is a standard USB 2.0 camera which has drivers all over the internet. So if you are an experienced computer user you can get this product to work with any Operating System.


A refractive error is a very common eye disorder. It occurs when the eye cannot clearly focus on images. The result of refractive errors is blurred vision, which sometimes is so severe that it causes visual impairment.
The three most common refractive errors are
Apart from the above is the occurrence of Presbyopia, which leads to difficulty in reading or seeing at arm’s length. It differs from the other disorders in that it is linked to ageing and occurs almost universally.
Manufactured in Switzerland, the Alcon Wavelight Refractive Suite represents the most highly advanced technology. It transmits laser pulses at a considerably denser rate than other femtosecond laser equipment. For this reason, the energy used to make the flap as well as the spot size are significantly smaller than with other femtosecond-based lasers. Due to its low amount of energy, side effects and mechanical tensions on the cornea are as minimal as possible.
Contoura Vision is one of the most advanced technology in Laser Vision Correction. Apart from correcting the Specs power, Contoura vision also corrects the corneal irregularities while working on the visual axis. Hence it provides sharper visual outcomes.
The inclusion of Femtosecond lasers in refraction error surgery has raised safety to a whole new level, because the flap is no longer required to be made with a mechanical razor (blade), as was the case in the older technology represented by LASIK operations. This is an outpatient procedure and does not require hospitalization. Topical anesthetic drops are used and the patient is awake during the entire procedure. Near to normal sight capacity is restored and the patient can enjoy the results the very same day following the surgery.
The surgeon uses FS 200 LASER aided by a computer software to guide the laser beam, which passes into the cornea and pulses a pattern of tiny overlapping spots. This pattern results in a precise cut of the cornea at a depth determined by the surgeon. As with a mechanical Microkeratome, a small section of tissue at one edge of the corneal flap is left uncut, forming a hinge that allows the surgeon to fold back the corneal flap and reshape the corneal bed with the Excimer laser as in traditional LASIK.
The Femto LASIK surgery doesn’t require hospitalization. The eye to be operated will be anesthetized using eye drops. The surgery takes only a few minutes and doesn’t involve pain.


Direct lighting: refers to the light source with 90-100% of the amount
of light. Directly projected to be as an object, only 0-10% of the
amount of light ?projected into the culture and the top surface, reflect
to the object way of lighting.
Half direct lighting: refer to 60-90% of the amount of light projected onto the object clothing. And the rest of the 10-40% of the light projected onto the object table again after reflection. This kind of lighting form a touch refers to the chimney top small opening, the Po open big desk lamp and chandelier.
Half indirect lighting: refers to a 10-40% of direct illuminate light, 60-90% of the light reflection to be as objects. This way can produce a special lighting effect, suitable for the hall, corridor into the learning environment of lighting needs.
Indirect lighting: refers to the direct light have 0-10%, 90-100% of the indirect light, such as chimney only open the top of the floor lamp, floor lamp, lamp, and other forms of all belong to this kind of lighting."
Note that this way of lighting when used alone, the chimney of opaque lower produces a thick shadow. Need to use other types of lighting way to be reconciled. The adornment of indirect lighting are usually only used in office environment, in order to apply colours to a drawing the atmosphere of the environment.
Diffuse lighting: refers to the amount of light light her honey haired 40-60 ya projected to be as an object, another 40-60% of the light is reflected after exposure to the object. The light brightness is poorer, but the light is soft, is a period of the frosted glass or half into the bright white plastic lamp shade, such as ordinary office decoration chandeliers, wall lamp, etc.


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If you have any queston about this product, please contact us and we will do our best effort to serve you.
Good lighting effect: 15cs high-power infrared lights, 15W output power, greatly improve the night vision effect of the camera, and the effective irradiation distance is 20M.90 degree wide angle: wide angle ir lights, better light up your camera’s viewing range, and provide you good night vision image, match your wide angle security cameras perfect.
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Greatly improve the performance for night vision cameras - Low power dissipation, long life LEDs. The ir illuminator will help producing better image at night and darkness. Waterproof ip65 housing - high quality aluminum case and reinforced glass structure, ideal for both outdoor and indoor use. Wave length 850nm infrared light - The beam lights is INVISIBLE to naked eyes but give a red glow.
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The waterproof level is IP66. Please make sure that your camera is work with 850nm ir light before buy. Please search asin B07D6J2FGDon Amazon. 90 degree wide angle- it’s real wide angle ir flood, and provide you good night vision image, better light up your camera’s viewing range, no light spot, suitable for outdoor and indoor use.
Automatically on and off- photocell sensor was built in, the ir illuminator automatically switch on at dusk and switch off at dawn, it’s energy saving style.
Installation- please install the ir light beside the camera and point the same direction as your camera. Wave length 850nm infrared light, improves compatible camera image quality in low-light situations and in complete darkness. Note:this light comes with 3m power cable, if you need more longer power cable, please buy the Power Extension Cable 10m.
Bewinner#ad - Wide range of lighting coveragebuilt-in 15 high-power LED lights, adjustable luminous angle from 8 to 90 °, high efficiency, and a large lighting coverage, perfect to solve your various lighting needs. This product comes with a U-shaped bracket, which can be placed directly on a flat surface or through a fixed rod.
Built-in light sensor switch the application of light sensor on the product, Bewinner IR Illuminator will automatically turn on at night and turn off during the day.
Screw it directly to the rod or mounting surface. Installation is simple and convenientbewinner ir illuminator is about 19. 8 * 15. 8 * 5cm / 7. 8 * 6. 2 * 2 inches, which is portable enough.
This product has a high-conductivity aluminum substrate, fast thermal conductivity and strong heat dissipation to make it more stable and longer life. The waterproof rating is up to ip67this product is made of die-cast aluminum alloy, with high-quality tempered glass windows and Durable metal shell, so it can be used worry-free even in the rain outdoors. Long sevice lifeled lights can have a service life of more than 10, 000 hours.
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Optical Coherence Tomography scanning can detect early onset signs of retinal conditions such as macular hole, macular oedema, diabetic retinopathy, and age-related macular degeneration.
Optical Coherence Tomography
Since many retinal diseases involve the macula, this assessment has become essential in treating retinal diseases such as macular degeneration, diabetic retinopathy, and retinal vein occlusions.
What Is Optical Coherence Tomography (OCT)?
With OCT, we can see each of the retina’s distinctive layers. This allows us to map and measure their thickness. These measurements help with diagnosis. They also provide treatment guidance for glaucoma and diseases of the retina. These retinal diseases include age-related macular degeneration (AMD) and diabetic eye disease.
What to expect from an OCT Scan
At the start, you will be seated directly in front of our state-of-the-art OCT equipment. During the entire test, you will keep your head still with your chin resting on the chin rest and your head firmly against the instrument’s head band. You can blink normally. It takes a few minutes to acquire the images.
When the examination begins, a blue cross will appear in the instrument. You will be asked to stare at the centre of the blue cross during the entire examination. Your Eye Opener examiner will move the instrument toward your eye without touching you. At a safe distance from the eye, we are able to produce a clear image of your retina or optic nerve head. A safe light beam scans the most important structures.
After the examination
After the examination, your vision will not be impaired and you can drive as usual.
Are there any side effects of OCT testing?
The OCT is a non-invasive technology. It allows for the imaging of the retina without touching the eye. The only discomfort you may feel is a flash of light when the OCT records the scan of your eye. The testing takes only a few minutes and the results are available immediately, which allows the treating Eye Opener ophthalmologist to discuss the results with you and to provide the best treatment possible for your condition.


The distance between the reducer and the camera plane is critical. My telescope is a Takahashi TOA-130. I will be matching it with the TOA reducer and SBIG-STT 8300M camera with an FW8G-STT filter wheel.
My Imaging train
TOA-130 with The TOA-RF reducer backfocus
The first key number is calculating the backfocus distance. (more here)
The number I am looking for is 83.7mm, which is the optimal distance from the reducer to the CCD.
SBIG STT8300M and FW8G-STT Spec backfocus
For details go here
I am using 3mm filters so the back focus distance according to the chart is 52.5mm. SBIG technical support advised me to add 3.7mm for the mounting plate, The camera backfocus distance 56.2mm. A spacer is required between the focal reducer and the CCD.
Spacer length = 83.7- 56.2 = 27.5mm spacer.
To build one go here.


A tachometer is an instrument that measures the rotation speed of a shaft or disk. They are commonly used to measure the revolutions per minute of motors or other rotating machines.
Handheld tachometers are generally classified as contact type meters, and can be held against a rotating shaft to determine speed. Other measurement methods available on handheld tachometers include laser and optical coupler.
Handheld tachometers are frequently chosen when testing needs to be performed rapidly and often. Modern devices are sophisticated enough to measure up to 100,000 RPM and accurate within 6 thousandths of a percent. Other options are less accurate but can measure from several feet away.


Colchester resident Dr. Thomas Clark is improving people’s vision by looking at optometry with a different perspective, or through a different lens.
Clark, the optometrist at Williston Optometry, has two patents. Patented in 2009, the first is a measuring device for bifocals, and the second is a verification device. Together, they make what he coined as the “Clark Visual Axis Measuring System.”
The system is meant to make wearing bifocal lenses more comfortable for patients. It uses a different axis in the eye than the industry standard to measure a patient’s prescription to a more exact number, changing the process from subjective to objective.
A patient lifts the patented prototype machine to his or her eyes and slides two panels to shift a circle into the middle of their line of vision, Clark demonstrated. The measurement it produces is used to calculate the prescription.
Clark investigated this new system because he saw a high number of patients who were unhappy with bifocals. Most patients didn’t know there was a better way to fix discomfort with their lenses.
“You don’t know what you don’t know,” he said. “If you’re wearing the same pair of shoes for 10 years, you don’t know that there’s shoes that are three times more comfortable.”
Clark said the same thing goes for glasses. When patients take advantage of his system, 90 percent of them are satisfied, showed a study he conducted with 57 of his patients.
The number of people who come back for a second bifocal fitting also decreases with Clark’s system, as 65 percent of the patients studied adapted to their new bifocals in one day.
After thorough research, Clark focused on a common biometric difference people have in their eyes called angle kappa, or the angle between two axes in the eye.
Most people are unaware this issue exists, he said, so they have trouble with their bifocal prescriptions because other optometrists don’t take the angle kappa into account.
Once a patient is fitted using the measuring device prototype, the system’s second product is used: The verification device patented in August 2015.
While looking at a measurement card, the device is used – a pair of glasses with a laser that marks a line on the card – to verify the measurement. If the patient does not have to shift his or head to get the laser to mark a line on the correct focal point, then the prescription is correct.
If a head shift does occur, then a segment placement error exists, and he re-does the measurement from step number one, he explained.
Three eye doctors – two in the United States and one in Canada- are using Clark’s method. Clark is also in negotiation with individuals in China about manufacturing his system, he said.
Clark said he is the only one who has focused on the biometric issue because people assume the followed norm is correct.
“There’s disconnect between what the optical lens people do and what the medical optometrist people do,” he said, noting that some people don’t understand the optics of how a lens is placed.
Clark usually places bifocals on people over age 40 who need a reading component to their glasses.
Kelly Quinlan, optician at Williston Optometry, attested that effectiveness and patient satisfaction has increased with the patents. She said many people have bad experiences with bifocal lenses and are surprised when Clark can correct their lenses.
“You’re investing in a very expensive pair of lens, and if it’s not measured properly, you’re not going to get the benefits of it,” she said.


|[Efficiency Improvement - Energy]
Highly efficient LED fixtures ensure energy savings and a better quality of light.
|[Process Optimization - Remote Control]
Real-time visibility, monitoring, and control improves asset and resource efficiency.
|[Efficiency Improvement - R&D]
Ongoing application development and improvements are relatively quick and inexpensive to implement due to the system's flexibility.
Replacing its high-pressure sodium lamps with highly efficient LED fixtures that not only provide a better quality of light but also ensure energy savings of 65%.
Remote lighting management and control of 20,000 LED street lights throughout the city. The fusion of intersection-based occupancy sensors and light controls to sense an approaching bicyclist and provide extra light as they cross vehicle intersections.


Infrared headsets certainly look cool in movies, but what if we head the capability to forego the bulky headgear and just be able to see in infrared on our own? Sure, we’d have to be an alien like Predator at this point, but scientists at MIT may have found a way to create contact lenses that let you see in infrared.
In a paper published in ‘Nano Letters’, researchers suggest that using a graphene-based design, the technology used to make infrared goggles could be condensed into something as thin as contact lenses.
Graphene is a modification of carbon where the atoms are aligned in a hexagonal lattice. (It looks like a honeycomb.) Graphene is very sensitive to the entire infrared spectrum.
The MIT scientists suggest that putting a layer of graphene on top of a silicon microelectromechanical system or MEMS (i.e. a really small technological device) could be a first step in creating infrared contact lenses.
While this clearly has use in military applications, other occupations, such as firefighters, would be able to benefit from this technology as well.


Control panel for colour changer lights pre 2015. The ultra bright lamp offers greater light intensity and better power efficiency than the standard unit. Thanks to a new optic the projection of light is maximised, making the most of its intensity and reducing light loss and light pollution to a minimum. Specifications:- power supply 12V AC. Power consumption 70W. Output 4320 lumens (almost 3 times brighter than the standard unit!)
Control panel/receiver for colour changer pre 2015.
Control panel/receiver for colour changer pool lights pre 2015


(as of Jan 10,2021 16:50:56 UTC – Details)
This is a brand new 0.5X Barlow (auxiliary objective) lens for stereo/industrial microscopes. It doubles the working distance and field of view of your microscope and cuts magnification power by half. This lens comes with a 1-7/8″ (48mm) mounting thread and goes with VS-1F/VS-2F/VS-3F/VS-5F/VS-7F/VS-8F/VS-9F series stereo/industrial microscopes.
Cutting magnification power by half and doubling working distance and field view of the microscopes
Mounting size: 1-7/8″ (48mm) in diameter
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Cheap Price Discount 20W High Power LED Flood Wash Light Lamp Outdoor Waterproof 110-220V
|FOB Price:||Get Latest Price|
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- Input Voltage: 220V
- Trademark: Rayborn
- Origin: China
LED Floodlight/Outdoor LED Flood lighting (10-200w)
Item No.: RB-FLL-20W1
Input Voltage: AC 85~265V/ 12V/24VDC/AC
LED Power: 20W *1pcs
LED Luminous Flux Warm White, Nature White, Pure White
LED Flood light Viewing Angle: 120 degree
Color Temperature Warm White 3000K~3500K
Nature White 4000K~4500K, Pure White 6000K~6500K
Luminous Flux: 1720LM (warm white); 1760LM(nature white); 1800LM(pure white)
Color Rendering Index: Ra≥ 78
IP Grade: IP65
Body Size: 180*140*100mm
Working Life-span: 50000 H
The color of the lamp shell Silver
Certificate CE & RoHS
LED flood light adopted optical light distribution, that is no glare, no light pollution, highly directional light and more even luminous beam.
1, High bright imported single integrated(COB) LED chip as light source:
Led flood light with good heat dissipation, low light depreciation, pure light color, no double-shadow High intensity, high resistance of shock or vibration etc.
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Led flood light advanced constant-current driver be used which can start quickly, be high safety and reliability.
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Led flood light perfectly combine with power box, effectively transmit the heat, thereby lowering the body's temperature, ensure the life of LED chip and power driver.
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Led flood light static sprayed leading to better heat-resisting, high weather resistance, corrosion resistant, water proof and dust proof.
5, All the leakage screw material is 304 stainless steel, and frame is hex screws.
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Led floodlight Sealed by reliable silicone rubber, can bear heat above 150, no aging, good sealing of lamp, waterproof and dust proof.
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Led floodlight use high power LED and it is equipped with imported high efficient power, save more than 70% energy compare with sodium lamp.
Widely used in factory, gymnasium, billboards, buildings, lawns, landscaping, offices, the site of light project and decorative lighting project etc.
1. CE & RoHS &TUV IP65 approved, Quality Guaranteed
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3. OEM & ODM welcome, independent R&D ability, patent design.
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5. Reliable quality & credit, 3 years warranty and 50.000 hours lifespan
|20W LED Floodlight Main Technical Parameters|
|Input Voltage:||AC 85-265V|
|LED Working Voltage:||DC 30~36V|
|LED Luminous Flux||Warm White||1670LM|
|Center Illuminance||2 Meter||178 lux|
|3 Meter||85 lux|
|4 Meter||46 lux|
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|Color Temperature||Warm White||3000K~3500K|
|Color Rendering Index||Ra>78|
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|LED Junction Temperature:||≤115|
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|Power Line:||1.0 mthree line|
|Yellow / Green||G|
|The color of the lamp shell||Black is available|


Getting an idea about laser cutting must start from the beginning, and the first thing to understand is that there are numerous types of industrial cutting machines. They are listed below:
- Flying optics
- Hybrid systems
- Moving material
Various types of machines will be defined by the way the laser moves on the materials that it is performing on. Click here for information about laser cutting in Birmingham.
Fast, accurate and adaptable laser cutting machine
Flying optic lasers’ most distinctive feature is the fixed table where the substances are set and the laser will be able to perform on the material that is set along both the X and Y axis. The material will remain stationary and the mirror is what moves. Ensure your machine is installed properly.
The advantage of this machine is that the motor is always moving a known fixed mass, making it easier to predict and control. As the material being lasered isn’t being moved, it means there is no limit to the weight of the sheet.
However, the disadvantage of flying optics is related to the variation in beam size. A laser beam will never be perfectly parallel; however it will diverge slightly whenever it leaves the laser meaning there may be some sort of variation in cutting performance. Find out about manufacturers.
Hybrid laser cutting, high speed and discretion
Hybrid laser cutting machines are a mix between flying head and stationary head. The table will run on one axis, whilst the head moves along the other. The main advantage of hybrid devices is that they deliver a more precise and constant beam and are also more energy efficient than any other machine. See: Glasswork.


A no compromise compact, the Leica Q (Typ 116) Digital Camera wields a full-frame 24.2-megapixel CMOS sensor within its exceptionally portable, and beautiful, body. Leveraging the power of the Leica Maestro II series image processor, high-resolution, low-noise imaging is possible at sensitivities up to ISO 50000 and at a continuous rate of 10 fps. Also, the camera utilizes a Summilux 28mm f/1.7 ASPH. lens to allow users to dramatically separate the subject from the background as well as work in difficult light conditions.Bundle Items Include:Leica Q (Typ 116) Digital Camera (Silver Anodized)Carrying StrapLens HoodLens CapAccessory Shoe CoverBP-DC 12 Lithium-Ion Battery for Leica Q Typ 116 Digital Camera (7.2V, 1200mAh)Battery ChargerPower CableUSB CableMicrofiber ClothLens Cleaning Kit49MM UV FilterCarry Case64GB Memory CardMemory Card WalletUSB Card Reader
- 24.2MP Full-Frame CMOS Sensor
- Leica Maestro II Image Processor
- 3.0" 1.04m-Dot Touchscreen LCD Monitor
- Full HD 1080p Video at up to 60 fps
- Built-In Wi-Fi Connectivity with NFC
Payment & Security
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The activities of the Laboratory of Optoelectronics and Photonics, as part of the Optics Group at the Physics Department of UFPE, started back in 1987, and the first laboratory was established in 1988, based on a Q-switched and mode-locked Nd:YAG laser, performing research in nonlinearities in optical fibers.
The present research activities are in the areas Nanophotonics, Biophotonics, Nonlinear Optics and Optical Communications.
Nanophotonics deals with the light-matter interaction at the nanoscale. Our present work focus on (a) studies of optically enhanced nonlinearities in nanostructured glasses containing silver, gold or rare earth doped ions; (b) studies and applications of random lasers exploiting dye embedded nanoparticles or nanostructured semiconductor materials and (c) fabrication and characterization of MOCVD grown semiconductor nanostructures.
Pictorial description of conventional lasers vs random lasers.
TiO2- based nanomembrane Random Laser
(Dominguez et al, Opt Express, 2012)
Colloidal RL emission.
Top image: below threshold.
Bottom: above threshold.
(from Lawandy, Gomes, 1994)
Biophotonics research is a multidisciplinary theme and our work exploits imaging technologies applied to dentistry and dermatology, as well as Nonlinear optical methods, such as multiphoton induced absorption has also been used to study biomaterials. Detection of earlier caries is being evaluated using laser induced fluorescence, NIR transillumination and a major emphasis in optical coherence tomography (OCT) for non-invasive imaging. OCT is the main technique currently employed for dental materials characterization, besides clinical trials. The research has also been extended to nanobiophotonics, whereby the methods mentioned above are used in conjunction with nanoparticles to, for enhance, provide imaging enhancement.
OCT image sequence of caries
Evaluation in human tooth
(Mota, DF/UFPE, 2009)
In figure we show an OCT image of the adhesion process on dentin using DBAs prepared with gold nano particles. The adhesion process regions are identified: adhesive layer (AL), hybrid layer (HL), and resin tags (arrows).
(Braz, et al, JBO 2012)
Nonlinear Optics is a well-established field of research, and a subject that has been the flagship of the optics group in Recife since the late 70’s. Presently, our laboratory is geared to perform characterization of optical nonlinearities in photonicsmaterials such as polymer based nonlinear photonic crystals, hybrid quantum dot polymer nanocomposites and rare earth doped glasses. Available techniques include Z-scan, femtosecond resolved Kerr gate, upconversion spectroscopy, etc. The research includes development of new nonlinear optics characterization methods as well as the characterization of novel photonics materials e nanomaterials.
Thermally Managed eclipse Z-scan technique
used to characterize nanomaterials
(Gomes et al, Opt. Express 2007)
TM EZ-scan characterization of 15 nm
Size gold nanoparticles.
(Romani et al. Opt. Express 2011)
PHOTONICS DEVICES FOR OPTICAL COMMUNICATIONS
Optical communications are the basis for all the information technology developed so far. Several photonics devices, such as optical amplifiers, diode lasers, optical switches, etc., are key elements for such development. We have carried out research in S/C/L band optical amplifiers, with emphasis is on S-band(1400 nm - 1530 nm) amplifiers. TDFA, Raman, Parametric Amplifiers and Hybrid Amplifiers were developed and characterized. Presently, our focus has been on femtosecond laser written channel waveguides for optical amplification and other applications.
Profile of a fs laser written waveguide
In an Er-doped germanate glass.
(da Silva et al, Opt Materials, 2011)
Spatial profile of a waveguide written with fs-laser in sol-gel activated Er3+: SiO2-Ta2O5 glass ceramics
Our research facilities comprises of a number of lasers sources and modern equipment for sources characterization and data acquisition, in the spatial, spectral and temporal domain.
Presently the Lab occupies three rooms with 30 m2, and is equipped with laser sources covering the UV-NIR spectrum (discretely or continuously using a OPA), from nano- to femtosecond regime (fs Ti-sapphire laser, ps QS&ML Nd:YAG, ns Nd:YAG laser with infrared, second and third harmonic output, cw semiconductor lasers covering the near-infrared range (800 nm – 1600 nm), diode pumped Yt-lasers, diode pumped Raman lasers and dye lasers). Microwave generators (up to 20 GHz) for optoelectronics are also available.
Data acquisition equipment includes optical spectrum analysers, CCD coupled spectrometer (visible and NIR), ocean optics spectrometers, electrical spectrum analyzer (up to 44GHz), lock'ins, box-cars, real time autocorrelator, laser beam profile diagnostics and other diagnostics tools, all computer controlled. Other common facilities include absorption spectrometers (200nm to 3µm), waveguide characterization, SEM and AFM.
The laboratory also hosts a multiuser facility, the NanofemtoLab, consisting of a Coherent LIBRA regenerative amplifier delivering up to 1 mJ, 1 kHz, 80 fs pulses at 800 nm and a continuously tunable fs OPA. This is an open facility to researchers from Brazil or abroad.
Among the linear and nonlinear optical techniques available, we have exploited upconversion spectroscopy set up, Z-scan (and some varieties, such as thermally managed Eclipse Z-scan), Kerr gate, optical coherence tomography (at 800 nm and 1300 nm, home made and Thorlabs equipment), infrared transillumination, femtosecond writing, multiphoton fluorescence microscopy and facilities for setting up optical amplifiers for optical communications in the S, C and L bands.
Partial view of the multiuser femtosecond facility, showing the
Regenerative amplifier and OPA system.


James Grey posted an update 1 week, 2 days ago
Global Optical Imaging Market Size Study, By type, By Application and Regional Forecast to 2026
Bharat Book Bureau Provides the Trending Market Research Report on “Global Optical Imaging Market, By Technique, By Product By Therapeutic Area, By Application, By End-User, By Region, Competition Forecast & Opportunities, 2026” under Life Sciences Market Research Reports Category.
Global Optical Imaging Market is expected to grow at a significant rate in the forecast period. Several optical imaging technologies are used as diagnostic procedures in ophthalmology sector. Rise in the aging population is the major driver as with old age immunity system and vision starts declining which requires external assistance and treatment.
The major players operating in the global optical imaging market are Abbott Laboratories Inc., Carl Zeiss Meditec AG, Koninklijke Philips N.V., Topcon Corporation, Canon inc., PerkinElmer, Inc., Leica Microsystems (Danaher corporation), Headwall Photonics, Inc., Optovue, Inc., Heidelberg Engineering, Inc., among others. Major companies are developing advanced technologies and launching new services to stay competitive in the market. Other competitive strategies include mergers & acquisitions and new service developments.
Years considered for this report:
Historical Years: 2016-2019
Base Year: 2020
Estimated Year: 2021
Forecast Period: 2022–2026
Objective of the Study:
• To analyze the historical growth of the market size of global optical imaging market from 2016 to 2019.
• To estimate and forecast the market size of global optical imaging market from 2020 to 2026 and growth rate until 2026.
• To classify and forecast global optical imaging market based on technique, product, therapeutic area, application, end-user, regional distribution, and company.
• To identify dominant region or segment in the global optical imaging market.
Key Target Audience:
• Optical imaging product manufacturing companies
• Market research and consulting firms
• Government bodies such as regulating authorities and policy makers
• Organizations, forums and alliances related to optical imaging market
In this report, global optical imaging market has been segmented into following categories, in addition to the industry trends which have also been detailed below:
• Global Optical Imaging Market, By Technique:
– Optical Coherence Tomography (OCT)
• Global Optical Imaging Market, By Product:
– Imaging System
• Global Optical Imaging Market, By Therapeutic Area:
• Global Optical Imaging Market, By Application:
– Pathological Imaging
– Intraoperative Imaging
• Global Optical Imaging Market, By End-User:
– Hospitals & Clinics
– Diagnostic Imaging Centres
– Research Laboratories
• Global Optical Imaging Market, By Region:
– North America
– United States
– United Kingdom
– South Korea
– Middle East & Africa
– South Africa
– Saudi Arabia
– South America
Browse our full report with Table of Content :
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New York, NY - January 31, 2018
Whether exploring mellow park trails or battling it out during a mountain ultra, the new zonyk aero midcut makes conquering any trail a breeze.
The newest addition to the adidas Sport eyewear line, the lightweight zonyk aero midcut has a stable fit and clear vision making it easier than ever to navigate sharp rocks, roots and loose debris.
With its ideally shaped lenses that offer a huge field of vision, even the smallest details are visible no matter how quickly you're moving.
To ensure the perfect vision, the lenses are customizable and available in a variety of options to match your needs: polarized, mirror, eye fatigue reducing LST, automatically tint adjusting VARiO, and brand new LST + VARiO combination.
The zonyk aero midcut is available in a pro version, which comes with a removable sweat bar that directs the airstream towards the inside of the filters, aiding the climacool ventilation system and helping to reduce lens fogging.
- New specifically shaped lenses – for best possible trail running experience.
- New LST™ bright VARiO purple mirror filter option – combining eye fatigue reducing LST technology with automatically adapting lens tint.
- Quick-Change Lens System™ – quick and easy exchange of the lenses possible.
- Two sizes – small and large frame option ensure best personal fit and comfort for men and women alike.
- Traction Grip™ – perfect stability and comfort thanks to non-slip contact points on the temples.
- Double-Snap Nose Bridge™ – comfortable fit and grip thanks to an adjustable nose bridge. Also includes additional extended nose bridge for individualization.
- TRI.FIT™ three-position adjustable temples provide the best fit and minimize incoming wind and glare.
- RX ready – accommodates all vision abilities with clip-in inserts.
The zonyk aero midcut pro is available in eight different color and filter combinations. MSRP starting at $209.
The zonyk aero midcut basic (without sweat bar) is available in twelve different color and filter combinations. MSRP beginning at $159.
adidas Sport eyewear


How to Purchase
Locate a Distributor
Make a Request
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Need to Know
B-22 Safemate® Multi Hazard Shield (printable)
The B-22 SAFEMATE® MHS - Multi Hazard Shield™ packaging contains ten (10) pairs of B-22 SAFEMATE Universal Sidewear Shields and ten (10) sets of care and use instructions. The clam shell packaging is reseal able to keep product clean prior to dispensing and completely recyclable. The B-22 is available in ( c ) Clear, ( i ) Ice Blue, ( a ) Amber, ( s ) Grey and ( b ) Ebony.
Clear: allows maximum light transmission – applications indoor / outdoor where high light transmittance is needed.
Ice Blue: reduces glare while at the same time improves clarity and sharpness of vision. The blue lens blocks out yellow light while mitigating glare and eye fatigue.
Amber: allows maximum light transmission - Improves contrast and gives a sensation of heightened visual acuity.
Grey: provides light filtering protection from glare in outdoor or bright light environments - effective at blocking glare without changing color perception.
Ebony: completely opaque and effective at blocking visible light – mitigates impact of glare and visual distractions from the peripheral - appropriate only for lateral optical occlusion.
Packaging label for the B-22 Safemate® Multi Hazard Shield
Patent No.5,748,278,6,393,609 B1 and others


5.1" Quad HD (2560 x 1440) Super AMOLED
Octa-Core (pair of quad-2.1GHz processor with a quad-1.5Ghz) 64 bit
3 GB of RAM and will available in three variants as 32/64/128 GB but No Memory Card Slot
16 Megapixels with f/1.9 lens
The primary camera is capable of taking pictures at 2988 x 5312 pixels with Optical Image Stabilizer.
It also has Geo-tagging, touch focus, face detection, Auto HDR, panorama features.
It will also record at 2160p@30fps, 1080p@60fps, 720p@120fps.
Secondary camera is capable of 1080p@30fps, dual video call, Auto HDR.
You can launch the camera by double tapping on home button as well. (Very good to have)
Non-removable Li-Ion 2550 mAh battery
White Pearl, Black Sapphire, Gold Platinum, Blue Topaz
143.4 x 70.5 x 6.8 mm (5.65 x 2.78 x 0.27 in)
1.15 W/kg (head) 1.16 W/kg (body)
0.38 W/kg (head) 0.50 W/kg (body)


Mosquitoes can detect UV light from a distance of 100 ft. However, UV bulbs do dim over time becoming less effective and should be replaced every year.
NB: The UV light wavelength is different to that emitted by the UV LED lights.
Pro 900 Series Ultra/Premier XC Traps and 800 Series Ultra/Premier Traps incorporate a low intensity UV bulb which emits light at a frequency our research has show to attract certain mosquito species. However, it can also attract small quantities of non-target species like moths.
If this is a problem the UV bulb can either be taken out (800 Series Premier) or switched off (800 & Pro 900 Series Ultra/Premier XC) by touching the UV Tube button.


It's a completely alien world down there.
Although I sometimes wonder who the aliens are, we're entering into their world after we spit polish our masks.
They don't live by our rules, they don't communicate like we do, and they don't see what we see.
They got some pretty freaking awesome secrets, which you'll get a glimpse of under these wavelengths;
Actinic Blue Wavelength
Fluoresce and reveal colours not visible under normal light in some corals. For best results use a yellow filter over your camera lens to filter out excessive blue.
True Red Wavelength
Most creatures underwater cant see red. With a true red light, the creatures won't even know you're shining a light on them, giving you a chance to closely inspect their behavior or get your camera ready for a shot without spooking them off.
If using the red light to help your camera focus underwater, your main strobes will overpower the red light once fired, so you can leave it running continuously.


AIM Photonics participants to take long view at Roadmap Meeting at MIT March 26-27, 2018.
|Tom Marrapode, Director of Advanced Technology Development at Molex Optical Solutions Group, speaks about work on board-level optical interconnects at the AIM Photonics Academy fall 2017 meeting. Photo, Melissa Renzi, SUNY Polytechnic Institute.|
Industry and academic leaders from across the country and around the world will gather at MIT on Monday and Tuesday, March 26-27, 2018, for the spring AIM Photonics Technical Roadmap Meeting, titled “Photonic Integration 2035: Economics, Technology and Manufacturing.”
This marks the 20th year that the Photonics Roadmap meetings have been held. Begun under the Microphotonics Center at MIT as gatherings of 50 experts, the Roadmap meetings have grown to more than 200 people representing the technology supply chain, from materials to systems to end-users.
“This is the premier gathering of leaders implementing photonics technology,” says Professor Lionel Kimerling, executive of AIM Photonics Academy, which is the MIT-based education and workforce development arm of AIM Photonics. AIM Photonics is one of 14 public-private manufacturing innovation institutes created as part of a federal initiative to revitalize American manufacturing.
Participants will “gauge the system requirements and technology needs to maintain the ongoing exponential product ramp in the field,” Kimerling says. The March meeting includes time for breakout groups that focus on different technology areas covered in the Roadmap, where companies that normally compete against one another can participate in productive pre-competitive discussions.
“I have been very engaged in AIM Photonics Academy’s Roadmap meetings and technical working groups,” said Yi Qian, vice president of product management at MRSI. “I want to be part of the discussion with some of the world’s top experts of where integrated photonics is headed.”
At the spring meeting, AIM Photonics Academy and the International Electronics Manufacturing Initiative (iNEMI) plan to incubate Application Interest Groups (AIGs) in sensors, data centers, analog RF signal applications, LIDAR and phased array imaging. These industry-led initiatives have the potential to turn into AIM Photonics-funded technical projects.
The Integrated Photonic Systems Roadmap (IPSR), which can be downloaded from the iNEMI and AIM Photonics Academy websites, is more than 400 pages long, and continues to be updated to include new chapters and findings. Close to 1,000 people from more than 300 organizations in 17 countries have participated in the creation of the Roadmap.
AIM Photonics Academy and iNEMI are also collaborating on a Roadmap workshop at the Optical Fiber Communication Conference March 12, 2018, in San Diego. At that conference, Kimerling and Director of Roadmapping Robert Pfahl will discuss grand challenges and key needs for commercially viable, high-volume manufacturing of photonic-enabled functionality.
– Julie Diop, Materials Research Laboratory, AIM Photonics Academy
February 26, 2018
|Eindhoven University of Technology Professor Meint Smit speaks about “Photonic Integrated Circuits: How Foundries Transform Prototyping” during the spring 2017 AIM Photonics Roadmap meeting at MIT. Photo, Denis Paiste, MIT MRL|


One week ago, NASA's MESSENGER spacecraft transmitted to Earth the first high-resolution image of Mercury by a spacecraft in over 30 years, since the three Mercury flybys of Mariner 10 in 1974 and 1975.
MESSENGER's Wide Angle Camera (WAC), part of the Mercury Dual Imaging System (MDIS), is equipped with 11 narrow-band colour filters, in contrast to the two visible-light filters and one ultraviolet filter that were on Mariner 10's vidicon camera.
By combining images taken through different filters in the visible and infrared, the MESSENGER data allow Mercury to be seen in a variety of high-resolution colour views not previously possible. MESSENGER's eyes can see far beyond the colour range of the human eye, and the colours seen in the accompanying image are somewhat different from what a human would see.
The colour image was generated by combining three separate images taken through WAC filters sensitive to light in different wavelengths; filters that transmit light with wavelengths of 1000, 700, and 430 nanometres (infrared, far red, and violet, respectively) were placed in the red, green, and blue channels, respectively, to create this image.
The human eye is sensitive across only the wavelength range 400 to 700 nanometres. Creating a false-colour image in this way accentuates colour differences on Mercury's surface that cannot be seen in the single-filter, black-and-white images released last week.
This visible-infrared image shows an incoming view of Mercury, about 80 minutes before MESSENGER's closest pass of the planet on Jan. 14, 2008, from a distance of about 27,000 kilometres (17,000 miles).
Image sequences acquired through the 11 different MDIS filters are being used to distinguish subtle colour variations indicative of different rock types. By analysing colour differences across all 11 filters, the MESSENGER team is investigating the variety of mineral and rock types present on Mercury's surface. Such information will be key to addressing fundamental questions about how Mercury formed and evolved.
Mercury has a diameter of about 4,880 kilometres (3,030 miles), and the smallest feature visible in the colour image is about 10 kilometres (6 miles) in size.


Leica’s Next Gen V Lux to Arrive Before Christmas
Leica is expected to announce in the next few weeks the launch of the next V Lux camera (V Lux 3?). This comes after much speculation about when the camera would be released as the V Lux 2 was announced last year in late September. Panasonic just recently made an announcement for the FZ-150 camera. The FZ-150 predecessor (FZ-100) was used as the OEM to the V Lux 2, more evidence that the next V Lux is coming.
The shipments for Leica’s V Lux Successor are expected to be sent at the end of November and early December at the latest allowing Leica a small window to take advantage of the holiday season.
For all the Leica information and updates stay tuned to LensRumors.com as we’ll be bringing you all the news you need.


Rad8 504 MTB - Photochromic Lenses, Navy Blue Frame
- Rad 8 Mountain Biking GlassesRad8 Lenses start clear and darken in sunlight, great for night riding and all year round riding
- Robust navy blue frame provides a close fit for maximum protection from road and trail debris.
- Lightweight frame and lenses weighing 25g with rubber nose bridge for all day comfort
- Robust poly-carbonate lenses, resist damage and protect your vision
- Durable R8clearview anti-fog coating keeps your vision clear even on slow speed ascents.
- Clear vision and protection in any weather.
Rad8 Photochromic Lenses- Adaptive lenses adjust and darken according to the intensity of the ambient light. Rad8 Photochromic lenses are initially clear, and will darken to a dark colour absorbing 76% of ambient light. These lenses are perfect for most riding conditions ( Including night rides) and superb if you are regularly in and out of shaded, wooded areas, or for all year round riding in typical UK weather for every day eye protection
All products backed by 60 day returns and 100 % refund policy. 24 months warranty applies to all manufactured components.
Supplied with a micro-fibre soft case and EVA hard case.
Durable, comfortable and with photochromic lenses that are replaceable. The Rad8 504's have been an instant hit with users as extremely comfortable everyday MTB glasses. They could be the only MTB glasses you will ever need.
Rad 8 Mountain Biking Glasses


Washington D.C, Oct 7 (ANI): The 3D billboard that was present in the 1980s sci-fi classic ‘Back to the Future Part II,’ may actually exist in a few short years as scientists have created a new prototype for a 3-D display which can be used without 3-D glasses.
Flying cars, hoverboards and video chat – a very futuristic vision for the year 2015 was presented in the movie that was released in 1989. Now, shortly before “Back to the Future Day” on October 21st, 2015, it is time to check whether reality has indeed kept up with the daring predictions of the 80s.
One of the technological innovations presented in this film was a huge 3D display. As far as this invention is concerned, Hollywood was almost right. Such displays will soon be possible.
TU Wien and TriLite Technologies are presenting a display element which uses special micro optics and moving micro mirrors to project different pictures into different directions. This technology can be used to create 3D displays without the need for 3D glasses.
A first prototype has been developed by TriLite Technologies and TU Wien a few months ago. Each 3D pixel (called “TrixelTM”) consists of a laser and a moveable mirror. The mirror directs the laser beams across the field of vision, from left to right. During that movement the image information is changed. With this basic idea, different pictures can be sent to the viewerÂ´s left and right eye, so that a 3D effect is created without the need for 3D glasses.
Now, a much more advanced second prototype has been presented. It is now a full color display, a significant advancement over the first monochromatic version. Each Trixel has been equipped with three different lasers (red, green and blue). The module consists of 12×9 Trixels, so any number of modules can be assembled to create a large outdoor display.
Researcher Jorg Reitterer said that the software for controlling the modules and displaying movies has already been developed, adding that they can use any off-the-shelf 3D movie and play it on our display.
The study appears in Optics Express. (ANI)


MAXPAR Metal Halide Double Ended Bulb
Wattage: 1000 W
Color Temperature: 6000 K
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- Blue-centric spectrum lamp best suited for vegetative growth
- Inner quartz arc tube with outer Borosilicate protective jacket CRI of 65
- Open on the ends for proper heat dissipation
- Best used with lighting ballasts designed for 400V DE lamps
MAXPAR brings you the only doubled jacketed metal halide (MH) bulb available in the industry. MH bulbs are required to be open fixture rated or else it has to be installed in a luminaire with a protective glass shield. MaxPar DE MH lamps use their exclusive patent pending secondary outer jacket design. MaxPar DE MH lamps use an outer jacket of Borosilicate glass that meets the requirements for rating as an O-type lamp as per the USA National Electric Code 410.73(F)(5) and ANSI standard C78.387.


The laser scanner and photomultiplier tube assembly made out a good chunk of the weight. The laser and scanner assembly is very heavy. It is on rubber mounts and is a sturdy unit built to minimize any kind of external vibrations. This is the teardown video of the laser scanning module, part 3.
Teardown of a AGFA ADC 5155 x-ray image scanner / digitizer. Also known as Computerized Radiography (CR) it fulfills the job of scanning a x-ray exposed image plate. It scans with a laser beam to extract each pixel illumination with a photo multiplier tube setup.
This particular unit has a very interesting computer that runs on VME framework developed for the Motorola 68000 series CPUs. This can be seen in part 2.
To learn more about how photomultiplier tubes work, I did reverse engineering on a PMT module from a AGFA ADC Compact Plus. This article also has some additional pinout information on circuit boards AG-IUP32-8 and AGFA-IUP16 which has square photomultiplier tubes.
Part 4 that is still in the making, will be a video and article about reverse engineering the photomultiplier tube assembly from this Agfa ADC 5155 solo machine. Getting the high voltage power supply unit to run without being controlled by the Motorola 68040 based computer and by reading the PMT output with a oscilloscope.
2 thoughts on “AGFA ADC 5155 Laser Module Teardown (Part 3 of 4)”


The excimer laser is a unique and incredibly precise high tech “cold laser” that was developed in the 1980s. It is now used during LASIK to gently reshape the surface of the cornea in order to correct nearsightedness, farsightedness, and astigmatism.
The laser passed arduous clinical trials in the late 1980s and 1990s before gaining final approval in this country in 1995. Today’s LASIK procedures are done with this instrument and since the laser is fully computer-controlled it provides a greater degree of accuracy than surgeons have ever had in the past.
This translates to an unprecedented level of success for our patients who undergo LASIK surgery. We currently use the VISX Star/S4 excimer laser.
Farsightedness or hyperopia is the opposite of myopia. The eyeball is either too short or the focusing power of the lens or the cornea is too weak not allowing light to focus sharply enough. As a consequence, the retina receives a blurred image. In the normal situation, the cornea is spherical or round, similar to a basketball. Farsightedness can be corrected with glasses, contact lenses, or refractive surgery, such as LASIK surgery.
Nearsightedness is also known as myopia and describes the condition where the eye focuses light too sharply either due to the length of the eyeball or the focusing power of the cornea or lens. As a consequence, the retina received a blurred image. Nearsightedness can be corrected with glasses, contact lenses, or refractive surgery, such as LASIK surgery.
Astigmatism is the term to describe how oval the cornea is. This “football shape” causes light to be streaked into a smeared or double image. Astigmatism can be corrected with glasses, contact lenses or refractive surgery, such as LASIK surgery.


VIEWED:841 CLASSPRODUCT CLASSTemperature control series
1. Environmental protection and energy saving.
2. Good refrigeration effect.
3. Low noise.
4. Stable performance.
1. The laser chiller cools the laser generator of the laser equipment.
2. In the long running process of laser equipment, the laser generator will constantly generate high temperature, which will affect the normal operation of the laser generator. Water cooling is needed to take away the heat, and the water chiller controls the temperature of the laser generator, so that the laser generator can keep working normally for a long time.
In the previous: Variable frequency chiller
The next article: Mold temperature machine


Camera Add On Kits
Add a safety camera to your vehicle and retain your OEM system with our brand-new range of camera kits, designed especially for vehicles without a factory camera input. Simply install our interface behind the dashboard and choose a front or rear location for the included camera. The camera image will be displayed on the factory screen and can be viewed automatically via reverse gear or manually through the vehicle’s controls. The interface also features an input for an optional second camera (sold separately) for a simultaneous front and rear coverage solution.


Today, image processing is an essential part of the technology used in medical science. Reliable machine vision technologies are not only used in the production of medical products, components and equipment for medical technology. Digital image acquisition and processing offers a wide spectrum of possibilities for investigating, analysing and diagnosing diseases.
Some typical applications for this market are microscopy, laboratory automation, and diagnostic equipment, for example in haematology, pathology, ophthalmology, dentistry, in addition to the medical analysis of movement and rehabilitation monitoring.
Analog Goes Digital Blood Fraction Identification Uses Basler ace GigE Cameras
Whole blood fractionation is a time consuming process when performed manually, but blood samples are highly variable in nature and this makes automation extremely difficult…