$33.55. When you join Bridge Safety, you’ll save big on polycarbonate lenses for your Rx safety glasses at Walmart, and your workers will be protected. All safety eyewear meets or exceeds current American National Safety Institute (ANSI) Z87.1 standards, and the requirements of the Occupational Safety … A pair of OSHA-approved prescription safety glasses are noticeably thicker than non-approved glasses. Prescription Safety Glasses. Check out the extensive line of customizable safety sunglasses on our website, or call one of our friendly opticians who will be more than happy to help you find the perfect pair of prescription safety glasses … Start by selecting a pair of frames that are rated for conditions on a work site or in any other environment in … Call us at 800-945-4505 or email us today to learn more about the America's Best Safety Eyewear Program and to get your employees started in using prescription safety eyewear … NEW ARRIVALS. 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For this contemporary Santa Monica home we installed Huper Optik Ceramic 50 film. This film provides the following benefits:
- Visible Light Transmission: 48%
- Visible Light Reflectance: 11%
- Infrared Rejection: 68%
- UV Light Rejection: 99%
- Total Solar Energy Rejected: 44%
- Glare Reduction: 47%
Installing this film allowed the homeowner to reduce the amount of heat entering the home and block UV rays while keeping the natural view when looking out the windows.


Sunglasses-polarized-photochromic-transition-lenses.com is a directory of best deals on sunglasses found on the web. We only list sunglasses that are both polarized and photochromic (transition).
We list sunglasses that are both polarized and transition.
Polarization of sunglasses reduces glare, makes object much sharper.
Photochromic property makes the lense transition to dark when exposed to sunlight, and transition back to light when sunlight disappears.
Essentially it means the same thing.
This gives a combination of clear sharp image with adjusted shade based on the amount of light that glasses are exposed too. The combination of the two gives the best outcome for clear vision.


The Best Sunglasses To Wear
Your best defense against eyelid cancer (and other eye damage) is to wear sunglasses with lenses that block UV rays and to wear them year-round, even on overcast days.
Select From Sunglasses That
Offer These Lens Features
- Lenses that absorb and block 99 to 100 percent of UVA and UVB light and, if possible, protect against high-energy visible (HEV) light, high-frequency light in the violet/blue band and a cause of age-related macular degeneration.
- Lenses big enough to shield your eyes, eyelids and surrounding skin. Look for wraparound styles with a close fit and UV-protective side shields.
- Lenses that meet ANSI and/or ISO standards for recognizing the colors on traffic signals when you are driving and are impact-resistant.
- Polarized lenses, that eliminate glare when used while driving, in the snow and on the water.
Resource: American Academy of Ophthalmology
Learn More About What You Wear Can Help Protect You From The Sun


Enterprise Capability Founded in 2009, By far we have over 6,000 square meters R & D center and more than 20 sets of producing and testing equipments. More than 30 R&D staff that has been professional and experienced in LED industry for years, and able to afford new design and best lighting solution according to the different requirements from customers.
First Lighting will move with times. Keep leading of indoor and outdoor LED lighting technology and manufacturing. Now, the average monthly output was 60,000pcsLED applications which mainly include.Our products are exported to worldwide, mainly to Spain, Germany, the United Kingdom, Netherland, Sweden, Portugal and USA, and win high praise.
Business Scope Engaged in all kinds of indoor and outdoor led lighting products which include LED Street Light, LED Garden Light, LED Flood Light, LED Tri-proof Light, LED Panel Light, LED Down Light and LED Industrial lighting etc, which comply to CE, RoHS, CB, TUV,ENEC, FCC, UL approvals.
Quality Control We adhere to the principle of “technology first, quality first, service first”.Under the guide of ISO9001:2008 quality management system, First Lighting introduced world-class full-automatic SMT, DIP and reflow soldering assembly line, Have a great team of experienced R&D engineers, product craft control engineers, QC team and a lot of skilled worker. With the joint efforts of each department,Defective rate is less than 0.3 percent.
Warranty We promise 5~8 years warranty for all of our lamps.


The scattering of light by dispersed colloidal particles or emulsion suspensions, named after the Irish scientist John Tyndall. The suspended particles reflect the light, making a beam of lighting passing through it more visible. This effect can be used to determine whether a colloid has large particles or not. The Tyndall effect is noticeable when car headlights are used in fog and the light beams are visible versus in clear weather the light beams are invisible. The finer or smaller the dispersed particles, the smaller the diameter cone of light beam scatter..


LED lamp tubes are the latest solution for conventional fluorescent tubes. They are high in performance, brightness, efficiency and reliability. LED lamp tubes are available in frosted tubes and transparent PC cover with different lengths such as 600mm, 900mm, 1200mm, 1500mm, 1800mm and 2400mm to customer’s requirements.Available in the following Color Temperatures:
Warm White: 3,000 – 3,500K
Commercial white: 4,000 – 4,500K,
Cold White: 5800-6500K,
Commercial and industrial lighting, Laboratories and research environments, Hospitals and medical environments, Museums and galleries, Colleges and universities, Office buildings, Hotels and hospitality, Warehouses, Parking garages.
Easy installation, designed for traditional lighting fixtures.
Consult electricians for professional guidance before modifying existing lighting system. Replacement lamps are installed in accordance with the manufacturer’s instructions, ensure to remove electronic ballast or disconnect with electronic ballast and wire connection are correct before connection to power to avoid any damage to LED lamp tube.
|Product Name||4ft LED lamp tube 22W|
|Note||# (=WW, NW, or CW)|
|Base type||bi-pin (G13) lamp base|
|Beam Angle||170 ± 5°|
|Certification||c CSA us Listed|
|Color rendering index||>80|
|Color temperature||Warm white 3000K/ Natural white 4100K/ Cool white 6000K|
|Lumens initial||1700 lm|
|Luminaire efficacy||110 lm/W|
|Number of LEDs||288 pcs|
|Tube length||1214 mm|


Eye Refractive Surgery – Laser Corrective Eye Surgery Procedures
Numerous technological advancements have since helped in making eye refractive surgery safer and more effective than it has ever been. Here are some of the novel technological advancements that are currently being used in eye refractive surgery:
MICROKERATOME VS. LASER
One of the major improvements in the procedure, specifically in laser eye surgery, has been the use of the femtosecond laser. The femtosecond laser is currently being used as a possible replacement of the microkeratome for use in the creation of a corneal flap. The femtosecond laser is used to shoot holes into the cornea at a preset depth. Compared to the microkeratome, the femtosecond laser is able to create the flap more accurately. Certain studies have shown that the use of the femtosecond laser has resulted in more predictable outcomes and decrease in visual aberrations, chirurgia refrattiva migliore such as halos. On the downside, use of the femtosecond laser remains to be more difficult for the ophthalmologist and also more expensive. Visual acuity after the surgery using the femtosecond laser produces similar results as eye refractive surgery that uses microkeratome tehcnology.
The use of tracking devices during has also made surgery significantly safer for the patient. Tracking devices are used to follow the movements of the eye during the operation. At present, 2 types of trackers are being used, namely laser radar tracking and video tracking. Although the use of these tracking technologies has significantly made the ophthalmologist’s job easier, they still have certain limitations. Video tracking of the pupil has a slight lag time, while laser radar tracking requires a specified amount of pupil dilatation for it to work. However, both kinds of trackers are currently being employed and have resulted in good results.
At present, a number of different lasers aside from the excimer laser are being tested in several studies approved by the US Food and Drug Administration (FDA). The various lasers will first have to prove their efficacy and safety before they can be publicly used. When undergoing eye refractive surgery, it is important to make sure that the laser that will be used on you is FDA-approved or is part of an FDA-sanctioned clinical trial.


Lens for TRUMPF laser cutting machines (Ref # 1772319)
Lens with a focal length of 130mm. The low cost of the lens will save you money. At the same time, you get a lens that is not inferior in quality to the original.
Inexpensive and profitable ZnSe lens for the TRUMPF 5030, 3030 L20 laser machine
Fixed price in rubles without reference to foreign exchange rates.
Non-proliferation guarantee (zinc selenide is a dual-use product).
The lens is made from original raw materials that are used in the production of original lenses.
The focal length is 130mm.
Material - Zinc Selenide
Edge thickness ET 7.6 mm
AR / AR for a wave of 10.6 microns - less than 0.20%


As new technologies go, few look as futuristic and as hi-tech as LiDAR which stands for LIght Detection and Ranging or Laser Imaging Detection and Ranging. Even the name makes it sound futuristic. However, LiDAR is merely a remote sensing technology that uses laser light sensors mounted on either vehicles or aircraft to illuminate a target in order to gather the appropriate data. Notice the animation to the right showing a simplistic view of a laser identifying surface area (from wikipedia). The result of a LiDAR collection is what is called a point cloud or a 3D image made up of points representing the external surfaces of the target objects. A single sensor may collect up to 800,000 X, Y, and Z points per second to create a 3D model and animations.
Today, LiDAR is used in a wide variety of disciplines including geomatics, geology, geomorphology, bathymetry, forestry, archeology, contour mapping, gaming, and even music videos. Apparently the indie rock band Radiohead thought it was cool enough to create an entire music video based on the technology. Whether or not you’re a fan of their music, it’s interesting to see an artistic view of LiDAR.


In 1984, while studying at the University of Latvia, Andris began work at the Institute of Solid State Physics, where he developed as a researcher mainly in the areas of photonics, nonlinear optics and quantum chemical calculations. From 1990 to 2010, Andris worked in business and public administration, where he developed IT solutions and managed sophisticated projects and organizations. Since 2009, Andris has returned to science, where he transfers knowledge from business and public administration into science management. His research interests now span many topics, including X-ray absorption spectroscopy with synchrotron applications. In 2014 he received his doctorate in physics. From 2017 to 2021, he developed the innovation development system at the institute including IP management, collaboration with industry and technology transfer. Andris has been the director of the institute since 2021.


Dark fiber: concept, pros, cons, challenges and monitoring
There is a very interesting alternative in the market in terms of communications services; we refer to the possibility of leasing or buying dark fiber segments.
Since the 90s of the last century, many companies have been making large investments in laying fiber optic cabling, managing to cover large geographic areas. Continue reading “Let’s talk about dark fiber”
Have you ever heard about dark fiber? Traditionally, the term refers to a dark or unused network infrastructure. In fiber optic networks, when data is being transmitted, light is passed through the cables. If no data is being transported, there are no light waves traveling along the cable, therefore the fiber is dark. Simple, isn’t it?
In the beginning, many companies had the tendency to future-proof their fiber optic networks by installing more cabling than what was actually needed for their current requirements, just to be prepared in case they will face an exponential data growth. Because of this overestimation and some technological developments concerning the way data is being packed, many fiber optic networks are not used at their fullest capacities. Therefore, dark fibers were created to take advantage of this extra capacity.


It used to be that a surgeon needed to wait weeks after performing surgery to determine your vision results. Thanks to ORA, this is no longer the case. Now, during the procedure, your surgeon can take measurements of your eye. ORA measurements are taken after the clouded cataract is removed, when the surgeon has a clear view, allowing him to tailor the procedure to your individual eye and refine your visual outcome. No matter what premium cataract procedure you and your surgeon decide upon, you can feel confident that by adding the ORA System®, you’ll receive the best possible results.
ORA System™ is a cutting edge technology by Wavetec® that allows the doctors of Temas Eye Center, Institute to take a picture of the eye at the time of surgery to verify that the nearsightedness, farsightedness or the astigmatism was corrected, and that the exact correct powered Intraocular lens (IOL) was selected. Prior to the ORA System™, surgeons have been unable to assess the quality of vision during the procedure, and would have to wait until weeks after the procedure to determine the accuracy of the results.
The ORA System™ works by directing a beam of low intensity laser light into the eye during the surgical procedure. The laser light reflects off the back of your eye, and sensors in the ORA System™ device analyze the reflected wave of light exiting your eye. This real-time analysis measures all of the eye's unique optical characteristics, and gives your cataract surgeon an accurate measurement of your eye's focusing capabilities.
The doctors at the Temas Eye Center, are committed to providing the highest quality of vision possible to their patients. Using the ORA System™ helps them achieve this goal, because for the first time ever, the surgeon is able to correct the eye prescription in “real time” so the patient may not need any glasses after surgery.
I couldn't have asked for better treatment or outcome. The staff at both your office and the surgical center are superior by every measure. They are professional, knowledgeable and respectful of all patients. It was almost a fun experience! Although the cataracts in both eyes had impaired my vision, the thought of eye surgery was scary. But - my fears were all for "naught" - it was such a quick, PAINLESS procedure, I wondered why I had waited so long!
- Carol V.


Nutrition & Health
Sale & More
BZ Optics create unique eyewear developed by Scott Birdsall - an avid cyclist, triathlete, sailor and canoeist - and Kevin Barr - a surfer and sailor with 40 years' experience in the action sport and sunglasses business. They created the world's first photochromatic bifocal sport sunglasses when Birdsall decided that he needed sunglasses that he could train in at all hours of the day, that would also allow him to read the small print on his watch and cycling unit. The result: a super lightweight cycling frame adaptable for all face shapes and sizes and for wearer comfort under the most gruelling conditions.
BZ Optics PHO Amber Polarised Bifocal Lens Sunglasses
BZ Optics PHO High Definition Photochromic Lens Sunglasses
BZ Optics PHO High Definition Photochromic Bifocal Lens Sunglasses


By Patrick Avenell
Sony Australia is catering to the self-centred with its latest camera release, the NEX-F3, which includes a 180-degree tilt LCD screen for self portraits.
The NEX-F3 is a compact system camera, meaning it has interchangeable lenses but not the bulk of a fully-featured DSLR. This camera is compatible with lenses from Sony’s E-Mount series.
“The compact sized NEX-F3 features the same space-saving mirrorless design as other cameras in the E-mount family,” said Sony in a statement “Far bigger than sensors found in point-and-shoot compacts, the 16.1 effective megapixel Exmor APS HD CMOS sensor captures more light for flawless, low-noise stills and crisply detailed Full HD video.
“Just like traditional DSLR cameras, it’s easy to create beautiful defocus effects with your subject focused sharply against a smoothly blurred background.”
The NEX-F3 is available in a range of kits starting from RRP $699 for the camera plus an 18-55mm lens.
Sony's new NEX-F3
Also new from Sony is the α37, part of Sony’s range of Alpha DSLRs. Key features of this camera include a 16.1-megapixel sensor, tilting LCD, high-speed shooting at up to seven frames per second and Full HD shooting.
“The α37 utilises 2x Clear Image Zoom which doubles magnification of your lens and Sony patented technology called By Pixel Super Resolution. This technology gives images superb detail, depth and contrast and allows those on the go the flexibility to boost the focal length without carrying extra hardware,” said Sony in a statement.
The α37 is available in a range of kits starting from RRP $699 for the camera plus an 18-55mm lens.
Sony's new α37 DSLR camera.


What is LASIK surgery?
LASIK surgery is also known Laser in-situ keratomileusis eye surgery. It is an eye refractive surgery. It is done for the treatment of myopia (Nearsightedness), hyperopia( farsightedness) or astigmatism.
Before the advent of LASIK surgery, the only way to treat blurry vision was to bend refractive light rays with the help of spectacles or contact lenses. Though some people still opt for spectacles or contact lenses, some people find it very difficult to manage and carry glasses, contact lenses and solutions wherever they go. LASIK is an excellent option for such people. In this procedure, the cornea is reshaped for proper refraction of light rays with a laser. It corrects the vision and helps the patient to lead a carefree life without the tension of carrying glasses and contact lenses and solutions.
What are the different types of problems that can be treated with the help of LASIK?
LASIK surgery is performed when the patient can see blurry images. Images are formed at the back of the eye, on the retina. If there is a fault in the focus of the eye, then the images seen by the patient is blurry. The different types of problems in which the patient sees blurry images are:
- Farsightedness or hyperopia: In this condition, the patient can see the far objects clearly, but the images of objects lying near their eyes are blurry. When the cornea is flat, or the average length of the eyeball is short then light does not fall on the retina but at the back of the retina. This creates images that are blurry or distant. People who have hyperopia experience blurry vision while reading.
- Nearsightedness or myopia: In this condition, the patient can see objects lying near his eye clearly but the images of objects lying far away appear blurry in his eyes. This happens when the eyeball is longer than usual, or the cornea takes a sharp curve, and the light falls on the front portion of the retina instead of the retina. The people suffering from myopia can see the things close to their eyes properly but experience blurry vision while focusing on things lying far away.
- Astigmatism: People who are suffering from astigmatism experience overall blurry images. It happens when the cornea becomes flat or curves unevenly, it disturbs the focus of light, and the patient sees blurry images all the time.
What can we do if we have blurry vision?
Dr. Durocher, a Lebanon optometrist, suggests that if we have any kind of problem with our eyesight, then we should get our eyes checked at the earliest. Neglecting an eye problem can make it worse. An optometrist can check the measurements of the eyeball and suggest glasses for the refraction of the light and correction of the vision. If the patient is not interested in wearing glasses or contact lenses, then the optometrist can check the health of the eye to determine if the patient is eligible for LASIK surgery. The optometrist can then refer the patient to an eye surgeon or ophthalmologist for further treatment. Different eye surgeons specialize in various kinds of LASIK surgeries, and the type of surgery needed depends on the problem faced by the patient.
Who can go for LASIK surgery?
LASIK surgery is suitable for people with moderate refractive error and mild vision problems. It generally brings positive outcomes for healthy patients, but if a patient has any underlying health issue or problem in the eyes, then it might lead to complications after the surgery. Certain conditions might affect the success of the procedure, such as:
- Any kind of eye infections like herpes simplex or keratitis may lead to complications after the surgery.
- People with dry eye syndrome should not go for Lasik surgery as it might complicate their problem.
- People with an eye disease that slowly affect the vision should not go for LASIK surgeries.
- People with glaucoma should not go for LASIK surgeries as the surgical procedure can increase the intraocular pressure.
- If a patient has an age-related vision problem, then LASIK surgery may not be helpful for him.
- People with medical conditions like diabetes or any other disease that affect the immune system like HIV that make the healing process slow should not opt for LASIK.
- People who play contact sports which involves the risk of being hit in the eye should not consider LASIK.
Though people heal quickly after the surgery and experience improved vision, it is better not to neglect post-surgery care and visit the doctor regularly for six months to one year to avoid post-surgery complications.


NBAA 2015: Esterline CMC Electronics Reaches 1000th Production Milestone for its Enhanced Vision System Sensors
(National Business Aviation Association (NBAA 2015) – Nov. 17, 2015) Esterline CMC Electronics (CMC) will achieve an important milestone with the production of its 1000th SureSight® Integrated Sensor System by the end of 2015.
CMC’s SureSight® family of integrated sensor systems comprises the CMA-2600 and CMA-2700. These systems are designed to meet demanding video performance, reliability and quality standards, and are the leading choice for airframe manufacturers and prime contractors. They offer enhanced situational awareness in adverse visual conditions and enable operators to take advantage of regulations expanding the operational capabilities of aircraft equipped with an enhanced flight vision system (EFVS).
Claude Chidiac, vice-president of products, strategy & customer support, Esterline CMC Electronics, said: “Innovative technology and a winning combination of capability, availability and performance are key features of our SureSight® Integrated Sensor Systems. The CMA-2700 is the only sensor certified to DAL B that is able to support the Federal Aviation Administration’s upcoming EFVS regulations allowing airline operators to obtain operational benefits.”
The third-generation SureSight® CMA-2700 sensor offers the highest resolution available for an enhanced vision system (EVS) sensor and four times the resolution of currently certified systems. It features state-of-the-art digital image processing, including dynamic non-uniformity corrections for optimal image management. This end-to-end digital system is also the first EVS to be fully compliant to ARINC 818 Avionics Digital Video Bus standards. This sensor has been selected for the Bombardier Global aircraft with the Vision* Cockpit and the Bombardier Challenger 605*.
The SureSight® CMA-2600 sensor is in operation on multiple aircraft platforms, including the Bombardier Global Express* and Global 5000*, the Dassault Falcon 900, 2000 and 7X, and the Boeing Business Jet.


Fiber Optic Cabling FL
Best Fiber Optic Cabling Company
Are you looking for Fiber Optic Cabling? When it comes to creating a network installation that you can trust, Fiber Optic Cabling is one of the best upgrades that you can make to your workplace. As one of the Best Fiber Optic Cabling Installers, FL, we know how important the right solution is to you.
That is why our team will take the time to understand your exact requirements, allowing us to create a tailored solution to meet your needs. We have helped a wide array of businesses transform their network through proven Fiber Optic Cabling in FL.
Best Fiber Optic Cabling CompanyIf you are looking to update your workplace, Fiber Optic Cabling, helps to provide you with a range of benefits, including:
- Greater Bandwidth
- Faster Speeds
- Greater Distances
- Greater Reliability
- Easier to Install
One of the biggest benefits of Fiber Optic Cabling is that it gives you far greater bandwidth compared to traditional copper cables. These solutions were originally designed for transmitting voices, whereas fiber optics can carry far more data.
Not only does Fiber Optic Cabling, give you greater bandwidth, it also offers users far greater speeds. Fiber Optic Cables use light to transmit data, which makes them significantly faster than other cabling options, while they also tend to have less signal reduction.
Fiber Optic Cabling, is also able to transmit signals over much greater distances than traditional options. The overall distance will depend on the cable, network, and wavelength, but they have been known to transmit signals over 20 miles.
Alongside being able to deliver greater bandwidth and speed, Fiber Optic Cabling, also offers users far better reliability. Not only is it immune to temperature or moisture, but it is also not impacted by electromagnetic interference (EMI).
The type of cabling used in Fiber Optic Cabling in FL, is also thinner and lighter, which ensures it is easier to install and it is also less likely to be damaged or broken.
Installing Fiber Optic Cabling, is also a great way to future-proof your property. The highly flexible solution will easily let you expand your business and add more devices as required.
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Installing Fiber Optic Cabling is also a more cost-effective option. Although it might have a slightly higher installation cost compared to copper, the reliability and durable nature mean the overall cost of ownership is far more cost-effective.
#1 Fiber Optic Cabling Company
Are you looking to install Fiber Optic Cabling? Titan Cabling is the #1 Fiber Optic Cabling Company. As one of the leading Installers of Fiber Optic Cabling, our highly experienced team can help to provide you with a strategic solution that has been designed to meet your requirements.
We pride ourselves on our friendly service and in-depth knowledge, so if you are looking for the Best Fiber Optic Cabling, that you can trust, get in touch with our team today.


Do you wear reading glasses?
Do you hate switching between readers and sunglasses?
Do you have trouble seeing small parts while at work or at jobs around the house that require safety eyewear?
Chap'el Eyewear has the perfect combination eyeglass for you.
These Bifocals come in clear, night driving, and smoke to suit all of your needs. It's like having a pair of reading glasses, safety glasses, and a sunglass all in one.
Each is a shatterproof polycarbonate UV400 lens with a reading glass insert in the bottom of each glass. (R206, C112 and S23 BF meet the Z87.1+2003 high impact safety rating for extra protection)
There are so many uses for these glasses:
- Clear lenses for on the job or in your home workshop when that eye protection is critical.
- Night Driving safety glasses while riding your motorcycle at night to improve visual clarity.
- Smoke lenses for reading at the beach


Applying deep learning in glaucoma screening
Glaucoma is usually asymptomatic in the early stage with unnoticeable peripheral vision loss. Therefore, developing a sensitive glaucoma screening tool is crucial for early detection and prompt treatment. Previous studies showed that the application of deep learning (DL), a subset of artificial intelligence, on optical coherence tomography (OCT) for glaucoma assessment was efficient, accurate, and promising. In this review, a summary of deployment of the DL models and future research directions have been discussed. (Eye (Lond). 2021 Jan;35(1):188-201. doi: 10.1038/s41433-020-01191-5.)
Anyone interested in future collaboration in this field of research is welcome to contact our key investigator Dr Carol CHEUNG of the Department of Ophthalmology and Visual Sciences, CUHK. Dr Cheung’s research focuses on using ocular imaging technology and artificial intelligence to study human circulation and nervous systems, and link with eye, brain and cardiovascular diseases, in particular, diabetic eye disease, glaucoma, Alzheimer’s disease and stroke.


Plants absorb specific wavelengths which promotes these areas of their development:
200nm-280nm UVC ultraviolet range tends to be extremely harmful to plants.
280nm-315nm UVB, an intermediate ultraviolet wavelength is harmful and will causes plants colors to fade.
315nm-380nm UVA, the wavelength that causes tanning in humans is neither harmful nor beneficial to plant growth.
380nm-400nm The sorter wavelength of the visible light spectrum. Process of chlorophyll absorption begins.
400nm-520nm This is a very plant usable range of the violet, blue, and green bands. Peak absorption of chlorophyll occurs via photosynthesis, and and is the main promoter of vegetative growth.
520nm-610nm Is mainly a dead range (green, yellow, and orange) because it has less absorption by pigments.
610nm-720nm This red wavelength is the main absorption by chlorophyll, and most significant promoter of flowering/budding.
720nm-1000nm Absorption by chlorophyll is generated very little; flowering and germination, however is influenced. The low end of this frequency is unwanted heat, IR.
1000nm and below is IR and is nothing but unwanted heat.
Full Spectrum LED's use 70% Red, 20% Blue, 10% other spectrum colors which cover 380nm-840nm. Research has shown the best results with this coverage over years of trial and error. We personally tested and find these results very much promote the vegetation and flower stage of cannabis.
We also incorporate warm white (found to be very useful in flowering) and soft white (useful for vegging).
Red light is important to plant reproduction. Photochromy pigments absorb the red and deep red portions of the light spectrum and regulate seed germination, root development, tuber and bulb formation, dormancy, flowering and fruit production.
Royal blue light stimulates Chlorophyll production more than any other wavelength and encouraging thick leaves, strong stems and robust vegetative growth.


Lighting concepts in Computer Graphics
My research into the lighting of computer graphics leads me to explore certain concepts and considerations that determine what to calculate and what to leave out, based on the viewing requirements. Advances in computation have now made it possible to create accurate simulations of real-world lighting today.
I will introduce some of the concepts in this post.
Types of Light Sources
Point Light: Light emanating from a source in all directions, with the intensity of light decreases as a function of space. Eg: Light bulb
Directional Light: Uniform lighting from one direction, such as sunlight. The source is modelled to be infinitely far away from the object being illuminated, and the intensity of the light stays constant (the change or decrease in intensity as a function of space is negligible) Eg: Sunlight
SpotLight: A directional cone of light, with the intensity being brightest in the central axis of the cone. Eg: Flashlight
Ambient light: No source is modelled. Ambient light is uniformly distributed throughout the scene and is independent of the direction, intensity or distance of the object being illuminated.
A few other types of light are volume lights and area lights, but these are just particular use-cases of the four types of light sources.
Diffuse Lighting: This models how light interacts with the surface of the object, creating lighter and darker pixels to simulate dark and light parts. This simulates the material and texture of the object.
Ambient Lighting: Makes the shape of the object visible even when no light source is modelled. It gives a flat, 2-dimensional representation of the object for a given perspective.
Specular Lighting: This models the highlights and shininess of the object, depicting smoothness and metallicity or reflexivity of the object.
Local Illumination: Light interactions are calculated only with individual objects in the scene separately. This gives a more unrealistic or simulated lighting effect, but it is much faster and takes comparatively lesser computational power.
Global illumination: Light interactions are calculated considering all objects in the scene, including secondary interactions based on reflection and refraction of light with other objects. This gives a more realistic effect but at the cost of higher computational power.
One smart way to reduce the number of calculations through the scene is to go backwards from the viewers perspective to the light source, which ensures that the only interactions calculated are the ones that are relevant to the viewer’s perspective.


Canon PowerShot SX700 HS – LetsGoMobile (press release)
Canon PowerShot SX700 HS digital camera
The 30x optical zoom Canon PowerShot SX700 HS camera combines a 16.1 megapixel High-Sensitivity CMOS sensor and the DIGIC 6 Image Processor to create the Canon HS SYSTEM -allowing for excellent low-light performance. With the Intelligent IS, the Canon PowerShot SX700 HS digital camera automatically chooses from various settings to help optimize image stabilization for the shooting condition.
Canon PowerShot SX700 HS WiFi camera
The WiFi connectivity options in the Canon PowerShot SX700 HS camera allows users to easily share beautiful images online with family and friends. Using the Mobile Device Connect Button, users can connect to a compatible smartphone, a compatible tablet or a WiFi enabled computer. Connection to the computer is easily done using Canon iMAGE GATEWAY through the cloud. For easy WiFi connectivity, built-in NFC allows quick and simple pairing to compatible Android devices. With NFC, users press the Mobile Device Connect Button and tap their NFC-enabled Android device to the Canon SX700 HS camera to send images from the camera to their compatible smartphone with ease. For even more convenience, photographers can control the Canon camera remotely via the free Canon Camera Window app from virtually anywhere with their compatible iOS or Android device. After composing the image, the photographer controls the shutter from their compatible smartphone, so that the photographer can be included in the shot.
Full HD video recording
Zoom Framing Assist Auto has been enhanced to make it easier to keep a subject that is at a far distance in the frame of view. The Canon PowerShot camera also records high-quality 1080p/60p Full HD video through a dedicated movie button. The Hybrid AUTO mode allows users to record up-to four seconds of video every time a still image is taken, and then automatically joins the clips and pictures into a video that captures the essence of a vacation, an important event, or any time you are shooting many shots in a day. Hybrid Auto automatically recognizes the scene and optimizes camera settings to capture the highest possible image quality to create a great looking highlight reel in 720p HD video.
Features of the Canon PowerShot SX700 HS
The Canon PowerShot SX700 HS camera also features Creative Shot mode. Creative Shot mode is an easy yet powerful tool to add artistic effects to photos. In Creative Shot mode, users compose a shot and the camera analyzes the photo to apply a series of artistic elements. Creative Shot mode includes four categories with 46 filters total. The four filter categories are: Retro, Monochrome, Special, and Natural. Before an image is captured, users choose one of the four filter types and Creative Shot will automatically render five different variations of the shot in different composition, color and lighting styles, delivering creative, new perspectives automatically while still maintaining the original image.
Canon PowerShot SX700 HS price
The Canon PowerShot SX700 HS digital camera will be available starting in March 2014 in black or red. The Canon PowerShot SX700 HS price is set at $ 349.99. Visit the Canon website for additional product information and availability of optional PowerShot SX700 HS accessories.


So how do scientists measure clear plastic? The boundaries between ‘transparent’ or ‘clear’ and ‘translucent’ or ‘opaque’ are often highly subjective. What is acceptable for one observer is not necessarily acceptable for another. One test for measuring light transmission uses the ASTM D-1003 (Standard Test Method for Haze and Luminous Transmittance of Transparent Plastics). This test method evaluates light transmission and scattering of transparent plastics for a defined specimen thickness.
As a general rule, light transmission percentages over 85% are considered as ‘transparent’. But, thickness of the specimen effects the perceived transparency or optical clarity: it will decrease with increasing wall thickness. Standard glass, for example, is relatively optically clear in thin sections but shows a green tint (due to iron in the glass) as the thickness increases. Optical clarity is only be achieved when the refractive index is constant through the material in the viewing direction. Any areas of opaque material (such as colorants) or areas of different refractive index, will result in a loss of optical clarity due to refraction and scattering.
Optical clarity is also dependent on surface reflections from the sample. The surface reflections at the air/plastic interface create significant transmission losses. For example, acrlyic’s transmission loss is around 93%, and polystyrene is around 88%.
These surface reflections come from two basic causes: 1) specular reflection, which is the normal reflection from a smooth surface, and 2) diffuse reflection, which is dependent on the surface flatness of the sample. The transmission loss as a result of surface roughness or embedded particles is more often termed ‘haze’, and this is generally a production concern and not a property of the material. In producing blown film, haze can be caused either by melt fracture at the surface or by interfacial instability between the layers of the film.


Mastering Lens Correction in Adobe Lightroom: A Guide to Perfecting Your Photos
Introduction: In the world of photography, capturing the perfect shot often involves dealing with various optical distortions introduced by camera lenses. Fortunately, Adobe Lightroom offers a powerful solution with its Lens Correction tool. In this guide, we’ll explore how to effectively use Lens Correction to enhance your images and address potential issues with lens calibration.
Understanding the Lens Corrections Panel:
Navigate to the «Develop» module in Adobe Lightroom, and on the right side, you’ll find the «Lens Corrections» panel – unmistakably represented by an icon resembling a camera lens.
Enabling Profile Corrections:
The first step in utilizing Lens Correction is to check the «Enable Profile Corrections» box within the panel. Once activated, Lightroom will automatically attempt to detect the lens used for the photo and apply appropriate corrections.
Manual Lens Profile Selection:
While Lightroom is generally proficient in auto-detecting lens profiles, there may be instances where manual intervention is necessary. If the software doesn’t accurately identify the lens, you can manually choose the correct lens profile from the provided options. This ensures precise corrections tailored to your specific equipment.
Correcting Common Optical Distortions:
Lens Correction in Lightroom addresses several optical distortions, including:
- Barrel Distortion: Commonly seen as a bulging effect, barrel distortion can be corrected using the «Distortion» slider in the «Lens Corrections» panel.
- Vignetting: This occurs when the corners of an image appear darker than the center. Lightroom’s vignetting sliders help balance the exposure across the frame.
- Chromatic Aberration: Resolving color fringing issues is crucial for maintaining image quality. Lightroom offers tools to tackle chromatic aberration, ensuring accurate and vibrant colors.
The Impact of Un-Calibrated Lenses:
It’s worth noting that even lenses from reputable brands may not always be perfectly calibrated. Mass production processes can introduce minor variations, leading to potential issues in image quality. The Lens Correction tool in Lightroom acts as a safeguard, allowing photographers to fine-tune their images and compensate for any imperfections in lens calibration.
Mastering the Lens Correction tool in Adobe Lightroom is essential for photographers aiming to achieve optimal image quality. By understanding how to enable profile corrections, manually select lens profiles, and address common optical distortions, you can elevate your photography to new heights. Embrace the power of Lens Correction to ensure your images are a true reflection of your creative vision.


Details for COASTAL JERSEY EYE CENTER
ADVERTISEMENT ADVERTISEMENT Extended Range IOLs Extended Range Intraocular Lenses Redefine Cataract Surgery T he holy grail of cataract surgery in the last decade has been to provide our patients with the most natural vision possible with the least need for glasses. This ongoing effort over the last 15 years has culminated with the Symfony Extended Depth of Focus Intraocular Lens (IOL). With the tremendous advances in the technology and techniques of cataract surgery over the last 20 years, success rates are at an all-time high exceeding 99%. Over 2 million cataract surgeries were performed in the U.S. alone last year. The Symfony IOL works by spreading light over an extended range within the eye, allowing a full range of continuous high-quality vision. This is a breakthrough in the field of optics, since other surgically implanted lenses focus at a single distance, usually far. To focus on near objects, reading glasses are usually needed. Patients who choose the TECNIS Symfony® lens are very likely to have little or no need for glasses after surgery. Previous attempts at providing independence from glasses (multifocal IOLs) produced a low but unacceptable rate of glare and haloes. Multifocal IOLs split the light into 2 distinct focal points which increased glare and haloes in some individuals and left gaps in the area of clear vision, especially at arm’s length, e.g. computer and tablet viewing, shopping, cooking, etc. Symfony provides a significantly better solution by elongating the focus, which results in an increased depth of field. Clinical studies have shown that this lens provides high-quality vision in day and night conditions with very little halo or glare. The signature benefit of the Symfony IOL is that it also comes in a toric form allowing patients with astigmatism to have the opportunity to achieve excellent vision at distance and near. Since upwards of one-third of people undergoing cataract surgery have significant astigmatism, they too can take advantage of the full range of continuous high-quality vision. If you have cataracts, ask us about your options. If surgery is recommended, this new type of intraocular lens may be right for you. Stephen H. Uretsky, MD of the Coastal Jersey Eye Center is a leading board-certified ophthalmologist specializing in comprehensive eye care. The Coastal Jersey Eye Center has offices in Linwood and Cape May Court House. To make an appointment, call 609-927-3373 for Linwood or 609-465-7926 for Cape May Court House, or visit CoastalJerseyEye.com.


- ⏩【18MP HIGH QUALITY IMAGE & 1080P HD VIDEO】BONMIXC infrared trail camera comes with a 2.4" viewing screen allows you to conveniently check images while in the field. The 18.0 MP image resolution with automatic day/night sensor snaps clear photos of passing wildlife. 1080P HD video recording with audio from 3 seconds to 10 minutes.
- ⏩【EXCELLENT NIGHT VISION & 46PCS INFRARED LEDS】This wild game camera features 46pcs low-glow IR LEDs for nighttime photos without spooking the animals and hunters. It has excellent night vision to 65ft in total darkness. Takes specialized motion-activated sensor, provides the brightest and clearest nighttime images available.
- ⏩【0.2S TRIGGER SPEED & 120° DETECTION ANGLE】Built-in 3 infrared motion sensors with 0.2-second fast trigger speed, this hunting motion camera allows you to capture each detected movement quickly and accurately. 120-degree wide angle lens with 82ft detection range, allows you to get excellent broader view. Great as outdoor camera for your backyard or even your farm.
- ⏩【IP66 WATERPROOF & LONG-LASTING】The deer camera is built to last and super easy to setup. Its robust and weatherproof housing helps to keep the camera well protected outdoors. Using alkaline batteries or 6V external power supply will keep it working longer, last up to 16 months in standby mode. Accepts up to 32GB MicroSD card and 8 AA batteries required (not included).
Image sensor: 18MP CMOS
Optical Zoom: Fixed Focus
Special Feature: Weather-resistant
Image resolution: 18MP/12MP/8MP
Video clip: 1920 * 1080 / 25fps, 1280 * 720 / 30fps, 720 * 480 / 30fps, 640 * 480 / 30fps, 320 * 240 / 30fps
The number of IR: 46pcs black IR flash LEDs
Range of IR flash: 20M
triggering distance: 20M
Prep PIR sensing angles: 120 degree wide detection angle
Triggering time: 0.6S (when using the 4G TF card)
effectiveness daytime: 1m-infinitive,
night time: 1.5m-20m
camera+video: First take picture then video
TV out : yes
Pc interface Mini :USB 2.0
Water resistance: IP66
Dimension and weight: Camera:130x92x80mm/0.288kg
File Format: JPG/AVI
Operating Temperature: -20℃ to +60℃
Power supply : 8X AA baterry,external battery 6V/1.5A,support solar battery (optional) lcd 2.4 inch TFT LCD
storage TF card maxed support : 32G
Packaging & Delivery
- Selling Units: Single item
- Single package size: 17X12X7 cm
- Single gross weight: 1.000 kg


Working temperature of LEDs and LED driver – electric street light
Working temperature of LEDs and LED driver – electric street light
Generally speaking, LED lamps will generate a certain amount of heat when running, but compared to traditional light sources (such as incandescent lamps), LEDs usually generate lower temperatures. However, LED lamps still need to operate within a reasonable temperature range. If the designed operating temperature is exceeded, the lamp may not operate properly or even be damaged due to heat accumulation. The temperature of LED lamps is affected by many factors, including the power of LED lamps, LED power supply performance, heat dissipation design of lamps, ambient temperature, and working hours. The higher the power of the LED chips /the worse the power supply performance/the unreasonable heat dissipation design of the lamp/the higher the ambient temperature and the longer the working time, the higher the temperature of the entire lamp may be. This is bound to have an adverse effect on the main components of the lamp (such as LEDs and power supply) which may finally cause electric street light outage. In order to ensure the long-term stable operation of LED lamps, designers usually consider reasonable design, including structure, circuit and heat dissipation, to control the temperature of the LED chip and power supply to prevent overheating. Below is the thermal camera of ZGSM Rifle and H series electric street lights.
Why we should care about the temperature?
The temperature of LED lamps involves many aspects such as the working temperature of the LED chip and power supply, the shell temperature, the ambient temperature, and the usage conditions. Designers need to take these factors into consideration to ensure that LED lamps work within a safe range and have good heat dissipation performance to ensure long-term stable operation – prevent street light outage.
- Excessive temperature will aggravate the light decay of LED chips. By referring to the LM80 report of the lamp bead, we can know that the higher the temperature, the worse the L70 lifetime result, that is, the more serious the light attenuation is.
- Excessive temperature will cause the failure rate of LED chips to increase. Studies have shown that excessive heat can cause thermal stress on LED components (such as solder joints and circuit boards), leading to failure and damage to the entire module.
- Excessive temperature will cause the failure rate of LED power supply to increase. By referring to the power supply specifications, we can find that as the temperature increases, the MTBF (Mean Time Between Failures) will decrease.
- The lower the ambient temperature of the lamp when it is designed, the worse the effect may be when used in extreme environments. For example, the ambient temperature in some countries in the Middle East may rise above 40 degrees. We need to consider this situation when designing lighting fixtures.
Working temperature of LED chips
LED chips mainly convert electrical energy into light energy. During this process, part of the electrical energy is converted into heat energy. The LED chips will therefore gradually generate heat, and their temperature will gradually rise. When the heat generated by the lamp beads and the heat lost reach a balance, the temperature will no longer change. If the temperature remains within the rated operating temperature range of the LED lamp bead, the LED is in normal working condition. However, within the rated operating temperature range, the higher the temperature, the more obvious the light attenuation (referring to the attenuation of light output). Therefore, it is necessary to take appropriate design and heat dissipation measures to control the temperature of the LED lamp beads to ensure the life and performance of the LED. Generally speaking, the rated operating temperature range of LEDs is usually between -40 and 105°C. If the temperature exceeds 105°C, the LED lamp beads may be at risk of damage. As shown in the figure below, it shows the light attenuation of LED at different temperatures.
Working temperature of LED driver
As the core component of LED lamps, the main function of LED power supply is to convert alternating current into direct current to supply the electrical energy required for the normal operation of LED chips. During this conversion process, various components of the LED power supply will consume electrical energy, and part of the energy will be converted into heat and released. Normally, the operating temperature of LED power supplies is not too high. However, under special circumstances, such as when the working environment temperature is high or the LED radiator is too close to the LED power supply, the temperature of the LED power supply may rise and the LED power supply may not work properly. Generally speaking, the best working temperature of LED power supply is about 60 degrees. At this temperature, the service life of LED power supply is longer. In general, the designed operating temperature of LED power supply is between -40 and 80°C. If the temperature exceeds 80℃, the LED power supply may be damaged. As shown in the figure below, the life curve of the LED power supply at different temperatures is shown.
Working temperature of LED lamps (relationship between LEDs, LED power supply and LED lamps)
The operating temperature of LED lamps is an important factor in ensuring their stable operation and long-term performance. When designing LED lamps, the operating temperatures of the LED chip, power supply and housing, as well as the temperature of the surrounding environment, must be comprehensively considered. For example, if the nominal maximum operating temperature of the lamp is 50°C, exceeding this temperature will increase the risk of damage to the lamp (including power supply and LEDs). How is this temperature confirmed? ZGSM is mainly determined by referring to the performance of LED lamps(street lights and flood lights) and power supplies at different temperatures. For example, at 50°C, the Ts point temperature of the LED lamp is 85°C. We can infer that the temperature of the Tj point is close to 100°C. This temperature is close to the maximum operating temperature recommended by the LEDs manufacturer, so 50°C is confirmed as the lamp. the maximum operating temperature. Because it is not difficult to understand that when the ambient temperature exceeds 50°C, the temperature of the main components of the lamp (such as LEDs and power supply) will further rise. Although it may not have much impact on the lamps in a short period of time, long-term high-temperature operation will inevitably lead to component aging and damage.
Advantages of separating cavities for LEDs and LED driver of electric street light
ZGSM believes that the separation of the light-emitting cavity and the power supply cavity in LED lamps has many advantages, the most important of which is to reduce the heat interaction between the LED chips and the LED power supply. The heat generated by the LED chips will not be conducted to the LED power supply, preventing the LED power supply from exceeding the maximum operating temperature and stopping working. Because LED power supplies usually have overheating protection, once the temperature exceeds the limit, the power supply will automatically cut off the output. Similarly, the heat generated by the LED power supply will not be conducted to the LED chips, preventing the LED chips from not dissipating heat in time, accelerating light decay and causing damage to the chips. Therefore, it is necessary to ensure that there is a certain distance between the LED light source and the power supply to ensure that the heat generated by each does not interfere with each other. In addition, there are other benefits to separating the light-emitting cavity and the power cavity. Below is the design of our Falcon electric street light with separating cavities.
More convenient maintenance and replacement: The partition design makes the maintenance and replacement of LED lamps more convenient. When the LED power supply fails, we only need to open the power supply cavity for replacement. This process does not involve the disassembly of the light-emitting cavity, which simplifies the maintenance process and avoids the possible impact of disassembly on the performance of the lamp (such as waterproof performance, cleaning of the lamp lens, etc.). The same is true when replacing LED chips, although LEDs rarely fail.
Improved design flexibility: Separating the light-emitting cavity and the power cavity also provides design flexibility. In the light-emitting cavity part, we only need to consider the structural design and component installation of the light-emitting unit. In the power cavity part, only the structural design and component installation of the power supply, surge protection and base need to be considered. Because the two are separated, manufacturers can design higher-wattage lamps in smaller housings or achieve more functions while maintaining performance.
ZGSM LED lights
ZGSM’s products must undergo temperature testing. We will consider this in the early stages of lighting design. After the model is made, we will test the temperature of the entire lamp’s LED chips (Ts) and the temperature of the LED power supply (Tc) to evaluate the rationality of the design. After the design is completed, we will entrust a third-party experiment to conduct the ISTMT test, which is a report on Ts and Tc temperature. In addition, we offer other reports including LM82, LM84, and TM21 that are also related to the temperature of the fixture. The following are ZGSM products(electric street lights, post top lights, flood lights, canopy lights and high mast lights), please contact us if you need them.
As can be learned from the previous sections, LED chips and power supplies can work normally within an appropriate temperature range. Therefore, when designing a lamp, it is necessary to consider its usage environment to ensure that the temperature does not exceed its specified limit value. The working temperature of LED chips and power supply directly affects the overall performance and life of LED lamps. Effective temperature management is critical to the stability and long-term reliability of LED systems. In the ISTMT report of electric street light, we can obtain the Ts temperature data of the LED chip and the Tc temperature data of the power supply. ZGSM evaluates the performance of the LED system based on these data, and if necessary, adjusts the driving current of the LEDs, lamp structure and power supply. At the same time, we need to ensure that the light-emitting cavity and power cavity of the LED lamp are independent of each other as much as possible. This helps to prevent the interaction between the heat of the power supply and the heat of the LED chips, thereby extending the service life of each component. Welcome to contact ZGSM for more relevant information.
People also ask
My name is Taylor Gong, I’m the product manager of ZGSM Tech. I have been in the LED lights industry for more than 13 years. Good at lighting design, street light system configuration, and bidding technology support. Feel free to contact us. I’m happy to provide you with the best service and products.
Email: [email protected] | WhatsApp: +8615068758483


Our photovoltaic glass has been designed to offer buildings a multi-functional performance. Passive properties include thermal and sound insulation, and also natural light. However, it also offers an active property, the energy it generates.
PV Glass enhances comfort inside buildings by filtering out UV and IR radiation, and combats noise pollution as a conventional architectural glass.
FREE AND CLEAN ENERGY
Can you imagine your windows paying for your electricity bill? Yes, this is possible. Our photovoltaic glass generates free, clean electricity from the Sun thanks to the solar cells embedded in its architecture. Install PV Glass and give your bill a break!
The “U-value” measures the amount of heat that passes through the glazing when there is a difference in temperature between its two sides. The lower this value is, the higher the thermal insulation. Onyx Solar’s PV glass offers values up to 0.13 BTU/SqFtK, which ties to the highest performing glass products in the market.
OPTIMIZED SOLAR FACTOR
The solar factor, also known as “g-value” or SHGC, is key to achieve thermal comfort inside the building. Onyx Solar’s glass offers a solar factor between 10% to 40%, which makes it an ideal element to improve indoor comfort.
HARMFUL RADIATION FILTER
The architectural PV glass developed by Onyx Solar reduces the transmission of infrared radiation by up to 95% compared to a conventional laminated glass:; it also filters out 99% of the ultraviolet radiation (UV), which accelerates interior ageing.
Onyx Solar’s PV Glass has been designed to provide natural light in a diffuse manner. Rather than having your windows covered with blinds, PV Glass allows for you to enjoy unobstructed views, enjoy natural light and to avoid glare.


” You can then choose which type of Transitions will transitions coating suit you best. Different Fe(Al) transition coatings were analyzed using XRD, SEM, TEM and EDS. Whatever the situation, from the ordinary to the extraordinary, incidents and transitions coating bad habits will no longer have the same impact on the lens, leaving you free to live your life however you’d like. Crizal ® Rock™ coating offers the best combination against scratches and smudges 3 thanks to a unique technology to protect your lenses.
50 + Transitions ® XTRActive: 6. The FeAl, FeAl 2 and transitions Fe 3 Al coatings were successfully deposited on the silicon substrate and formed columnar crystals. An anti-reflective coating is for reducing reflections from the front of your lenses like glares from headlights, phone, computers or TV screens.
You’ll enjoy certified stylish protection that blocks 100% of UVA and UVB rays — plus filters harmful transitions coating blue light indoors and out. 49 + Transitions ® XTRActive: . Crizal anti-glare lenses provide the clearest vision possible, with protection against glare, scratches, smudges, water, dust, and even UV rays. The photochromatic layer of Transitions lenses is molded into the lens itself. Discover Transitions Optical photochromic lenses and transitions coating glasses. On one hand, the transition lenses. Transition lenses. Very bright conditions.
50 Index - Clear Lenses: . Coatings included (FREE) Price; UV* AR: SR: from. For patients with health insurance, out-of-pocket costs typically consist of doctor visit copays and coinsurance of 10%-50% for the glasses. 00 + Transitions ® . Myth 2: Transitions lenses cannot turn dark in the car. The training programme has been specifically developed for personnel who have an interest in surface treatment and corrosion control with the use of transitions protective coatings. Transition lenses don’t get as dark transitions coating as standard sunglasses. →Tip: Add an anti-reflective coating!
A transition lens will only protect against glare, if they are a polarized transition (like transitions coating the Transition Vantage) or if there is anti-reflective coating on them. Moreover, there is various transition lens product to select from. These lenses have been around for a decade or more, and they offer the convenience of sunglasses without having to wear them over your prescription glasses or having to constantly switch between the transitions two. To understand the need for having an anti-reflective transitions coating coating on transition lenses, it is important to understand the purpose of both the features transitions coating of the lenses. Transitions XTRActive lenses are compatible with all premium AR coatings and hardcoats.
See more videos for Transitions Coating. Transitions lenses are also compatible with lens treatments and options such as anti-reflective (AR) coatings, scratch transitions coating resistant coatings and edge polish transitions coating (which removes the frosted look from lens edges). * EXPLORE OUR LENSES Light Intelligent Lenses. More Transitions Coating images. transitions 53 - Clear Lenses: 9. com : "The Transitions is a coating added on lenses different lab manufacturers send us. 50 + NuPolar (Polarised) . When placing your order with us, you’ll see the option to include Transitions lenses under “Features.
AR coating is highly recommended for transitions all eyeglass lenses, but especially for transitions coating polycarbonate, high-index and aspheric lenses, which all reflect more light than regular lenses. There is no "coating" that can be reapplied--they come that way straight from the factory (which is just down the. It can also have added protection with other coatings. Myth 1: Transitions lenses aren’t fully clear indoors. Transitions Optical has also developed Transitions Vantage, lenses with a minimal indoor tint and a stronger polarization effect for outdoor darkening. Transitions Signature VII lenses are fully clear indoors in all colors: grey, brown, and graphite green. Take away the sun and they revert back. When these lenses are exposed to light, the lenses darken in color, and in the absence of light, become clear again.
Also, you can choose to do obtain scratch resistance for big outdoor activities. The transitions coating greater the intensity of UV rays, the darker the lenses become. OUR BEST LENSES FOR EXTRA PROTECTION, EVEN IN transitions coating THE CAR. A high-quality coating is worth the money. Fortunately, I remembered having a third pair of glasses with the old prescription, an A/R coating, and a standard Transitions coating. This offers users a better degree of glare control in conditions that are bright and reflective. These original glasses formerly had an A/R coating and a yellow tinted lens, and did not exhibit the glare problem at night with the old treatment. Transitions COA register your lenses.
Solves problems — transitions from oil to water-based top coats; Protects indoor air quality — in combination with two coats of AFM Zero VOC paint, it encapsulates coatings emitting VOCs underneath it and stops off-gassing; Odorless when transitions coating dried — full cure is 1-2 transitions coating weeks depending upon temp and humidity. Transitions ® XTRActive ® Lenses. This will make the lens look even clearer at night and indoors because it blocks out reflections from the lenses themselves and. Yes, you can have a blue control type anti-reflective coating applied to photochromatic lenses (brand name Transitions). transitions coating Introducing four vibrant new Transitions style colors that allow you to personalize any frame to further express your style Fully clear indoors and dark outdoors, these are our fastest and most responsive hassle-free lenses for everyday eyecare.
Transition lenses, or photochromic lenses, are the lenses that darken in the sunlight and lighten in softer light or the dark. A standard transition will lessen the brightness of the sun, but will not protect against glare. Photochromic lenses are eyeglass lenses where transitions coating photochromic molecules on the lens react to light and change their structure, causing the lens to darken. Transitions ® adaptive lenses selectively filter Harmful Blue Light and provide at least 20% protection indoors transitions coating and over 85% protection outdoors. Transitions can definitely be transitions coating combined with Anti-reflective coating for those of you who would like the extra glare protection. " B I discussed my concerns with the Optical manager at the Costco nearest to their HQ in WA.
Typically applied on both sides of an eyeglass lens, this coating, also known as AR or anti-glare, “reduces the amount of light reflected off the surfaces of spectacle lenses. 49 + Drivewear: 3. Photochromic lenses are eyeglass lenses where photochromic molecules on the lens react to light and change their structure, causing the lens to darken. 59 Polycarbonate - Clear Lenses: 5. Apply a thin coating of Armor transitions coating Etch glass etching compound to the plastic lenses of your glasses. The AR is a multicoat on the surface and the photochromatic is within the lens material.
AR coating improves light transitions coating transmission through the lens for night driving and helps photochromic lenses reduce glare in bright sunlight. Get adaptive lenses and designer sunglasses for UV protection from Transitions. Transitions lenses are equipped with patented, photochromic dyes that enable the lenses to rapidly activate, or darken, when they are exposed to the transitions coating sun’s ultraviolet light. Where can I purchase Transitions lenses? Let the solution sit for several minutes and then remove it with water and the mildly abrasive cloth. The Armor Etch will remove the scratch-resistant coating on your Transition lenses and any superficial scratches that are on that surface. 00 + Transitions ® 3.
Applied to your glasses lenses, this coating blocks harmful UV light from being transmitted through the lens as well as reflected off the back of the lens into your eyes. Yes it is available on many different types of indexes including 1. Transitions transitions coating Signature GEN 8 Lenses offer the fastest and most responsive lens in all lighting conditions. They function as clear, standard prescription glasses indoors or at night, but expose them to the sun, and the automatically convert into sunglasses. And the hardcoat on Transitions XTRActive lenses can easily transitions coating be removed in a lab for AR application or proprietary hardcoats, if necessary. transitions coating If you’re thinking transitions coating about buying Transition lenses, it’s important to consider these factors before making your purchase.
A reply from CS @ Transisitons. Transition transitions Lenses with Anti-Glare Coatings. The coatings consisted of approximately 2 μm thick Fe(Al) transition coatings and approximately 100 nm thick Al 2 O 3 coatings. Transitions ® XTRActive ® lenses are uniquely designed to protect your eyes from the brightest sun outdoors and transitions coating harsh artificial light indoors. Each coating’s glass transition temperature (Tg) is a net result of the effects of its constituents as well as the composition and ratio of the resin used. Additionally, if you have Transitions that are transitions coating old enough to be worn out, it’s probably time to transitions coating get a new prescription anyway! transitions coating LIGHT INTELLIGENT LENSES WITH BREAKTHROUGH TECHNOLOGY The Ideal Lens for Everyday Life Launched in, Transitions® transitions coating Signature® GEN 8™ is the first light intelligent photochromic lens with a revolutionary nano-composite technology that pushes photochromic performance and offers optimum vision, comfort and protection all day long. When are Transitions not the best option?
You never again transitions coating need to buy or carry around two sets of prescription glasses. Transition ™ is a brand most known for their high-quality photochromic lenses. Transitions XTRActive lenses darken behind the car windshield. For any coating chemist, the glass transition temperature is an important thermal property of transitions coatings which contributes to determining their application area and service life properties. Even at their darkest, Transitions generally don’t get as dark as transitions coating a pair of dark sunglasses. Coating Inspector Transition is a transitions coating unique training package for the protective coatings industry. This is caused by the molecules inside the lenses reacting to high levels of ultraviolet (UV) light, absorbing it, and changing tints in response. Transitions® lenses help you see more of life, beautifully.
As a matter of fact, Transition lenses with anti-reflective coating would work even more effectively at reducing distracting glare and reducing the discomfort normally associated with glare. Scratch-Resistant Coating. For the darkest tint, I’d recommend Transitions XTRActive in gray. (c) Except portions of pipelines in offshore splash zones or soil-to-air interfaces,. coat each pipeline or portion of pipeline that is exposed to the atmosphere Except section (c) WITH (b) Coating material suitable for the prevention of atmospheric corrosion. How much you can expect to pay out of pocket for transitions lenses, including what people paid in.
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Are you over seeing spots? So are we. Designed in conjunction with Carl Zeiss Laboratories, ophthalmologists, optical physicists, and even an electrical engineer, the FX Classic lens is an engineering marvel. It’s made specifically to keep your eyes comfortable and safe under bright white full spectrum LED lights and CMH / LEC lamps, minus the spots. An anti-reflective coating cuts glare, and infrared reduction beats the heat, keeping your eyes cool and moist under bright grow room lights. It might look like a sunny day under full spectrum lights, but LED technology emits powerful band radiation, while CMH / LEC lamps contain UV and infrared. That’s why high quality grow room glasses are an essential tool in the grow room. Crafted from a durable polymer, the FX Classic lens delivers the highest possible amount of safe light to your eyes, achieving the perfect light/dark balance so you don’t have to take your glasses off to see deep into your canopy. Can regular sunglasses do that? Nope. If you’re still reading this, it’s time to pull the trigger.
The original, award winning Resistance frame keeps you covered in comfort for long hours. This classic Base 8 style is molded in Italy with lightweight TR-90 thermoplastic for the best in durability and flexibility. Featuring inset nose and temple pads, the Resistance stays in place so you can stay focused.
Eye Width: 62mm
Temple Length: 130mm


Integral LED 5.3W warm white lamp awarded Which? magazine's BEST BUY for LED Spotlights
High-spec, Great value, Easy install. Excellent wide beam light output. 5 year warranty. Emergency versions available.
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Super-wide beam angle for all round, omnidirectional light. Ultra energy efficient A++ energy rating. Retro-look style and lightweight body.
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Try out our savings calculator and find out how much you can save by switching to LED lighting.
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Visit our news section to read some of our latest articles. News


The HEIDENHAIN measuring laboratory has been accredited since 1994 to perform measurements for digital linear and angle encoders as per DIN EN ISO/IEC 17025.
The German Accreditation Body (previously: German Calibration Service DKD) inspects and monitors the measuring laboratory and certifies HEIDENHAIN its personnel and metrological competence within the framework of the accreditation.
DAkkS calibrations conducted by our measuring laboratory give the user certainty about the correct measurement with digital and angle measuring encoders. The created calibration certificate documents the generally acknowledged traceability of the encoder by an independent and neutral institution.
Tel. +49 8669 31-3123


New in 2017, the StrydeTM Blue is the world’s first commercial direct diode-pumped Ti:Sapphire oscillator. It is a fully engineered and integrated commercial source based on a single rugged opto-mechanical platform, and eliminates the need for costly frequency-doubled vanadate pump lasers.
StrydeTM Blue Unique Features:
- Pumped by a single integrated laser diode
- Exceptional long-term stability: demonstrated >500 hours of <0.5% RMS
- Computer-controlled tuning of center wavelength and spectral bandwidth
- Ultrashort sub-15fs pulses
Multiphoton microscopy is used in a broad range of fields, including medical diagnostics and basic science. Femtosecond lasers offer the intensities ideal for multiphoton microscopy, however the laser system has the potential to be the cost limiting factor in the broader use of this technique.
In this work, the Authors implement direct-diode pumped femtosecond Ti:sapphire oscillator (KMLabs -Stryde Blue). Diode lasers are far cheaper than the solid state pump lasers currently used, thus making femtosecond oscilators far more accessible.
Both 50fs and 15fs pulse are used to perform multiphoton microscopy on various samples, ranging from micro-machined fused silica, to biological samples.


VISION UNITY Series Smart Industrial Digital Camera SCZE130M-GEHD
VISION UNITY Series Smart Industrial Digital Camera -V1.0
With technical progress in FPGA, the ARM based SoC FPGA platform integrates an enhanced ARM processor, customizable FPGA, memory controllers and peripherals, which allow traditional industrial cameras and PC systems combination change to a compact smart camera with functions of image capture, process, analyze and transmission. Miniaturization, distributed, networked and highly integrated embedded intelligent vision system is becoming a trend of future.
Our latest SCZGE series smart camera adopts Xilinx's latest Zynq-7000 All Programmable SoC platform, which is based on a 28nm technical process, tightly integrates the ARM processor and FPGA framework. PS unit has high performance and low power consumption features of dual-core ARMCortex-A9 MPCore; PL unit has up to 74K logic unit and 160 DSP hardware processing unit; integrated 1GB DDR3 memory and 4GB eMMC. The SCZGE series smart camera can meet the strict requirements of industrial vision HD acquisition, high-speed real-time processing, compact structure and high reliability.
At the same time the camera has various of peripheral interfaces, GigE, RS232, HDMI, TF card, GPIO, etc., with the tailored custom linux kernel v4.0.0 version which is released in 2015 and embedded image acquisition SDK interface, the camera can simplify visual application development process, adapt to complex and changing industrial field applications. In addition, with Vivado HLS, a hardware acceleration tool which is provided by Xilinx, can convert users’ parallelizable C / C ++ image processing algorithms into VHDL or Verilog hardware description language and use the FPGA in the system to accelerate hardware and optimize system performance.
Dual-core ARM Cortex-A9 processor
Highest Dominant Frequency
1GB DDR3 SDRAM
TF Card, support upto 64Gb
1 USB2.0 HOST, 1 RS232, 1 GigE, PS MIO with optocoupler isolation, 4 outputs / 2 inputs, 1 external trigger input, 1 flash output, 1 HDMI output, 1 USB input
1 power indicator, 2 user-programmable bi-color working status indicator, 1 bi-color network status indicator
1/1.8” CMOS sensor, E2V EV76C560
-30 - 80℃
70.0 mm x 47.0 mm x 32.5mm
Camera Net Weight
12V power supply / M12-8 Gigabit Ethernet cable / M12-15 power cable / HDMI cable
Download the product brochure


Conference 2015 Program - ImageJ Conference 2015 Program.. .. number of imaging techniques that require processing like Ratiometric imaging.. .. the methods used in the Image J software to complete .
A Ratiometric Sensor for Imaging Insulin Secretion in . A Ratiometric Sensor for Imaging Insulin Secretion .. RINS1 enables ratiometric imaging of stimulated insulin secretion .. K.W.. EliceiriNIH Image to ImageJ: 25 .
ImageJ User Guide - IJ 1.46r Credits and Publications ImageJ Related Publications  .. computed tomography imaging software to .. intensity-based ratiometric FRET in image cytometry .
Measuring Cell Fluorescence using ImageJ Science Tech Blog 200 responses to Measuring Cell Fluorescence using ImageJ .. them combing them into a single image (per channel) using ImageJ .. in this image J software.
Firearms and Hunting Image Intensity Processing.. .. Ratiometric imaging compares the recordings of two different signals to see if there .. //imagej.net/index.php?title=ImageIntensity .
Ratiometric Calcium Imaging of Individual Neurons in . Ratiometric Calcium Imaging of .. of Individual Neurons in Behaving Caenorhabditis Elegans.. .. the Ratiometric Quantitation software.. 4.. Image .
How can I calculate FRET efficiency and also process . How can I calculate FRET efficiency and also process images .. it's a software problem and not my image .
RiFRET - ImageJ plugin for (sensitized emission . RiFRET - an ImageJ plugin for the evaluation of intensity-based FRET images .. Evaluation of Intensity-Based Ratiometric FRET in Image Cytometry .. 24 May 2010 .
Ca2+-Sensitive Fluorescent Dyes and Intracellular Ca2+ Imaging An additional adjustment that is required for ratiometric imaging .. ANALYZING IMAGING DATA WITH IMAGEJ.. ImageJ is an open-source software .. Lasers Med Sci 24: .


Two Challenges Individuals Do Certainly Not Realize Regarding To LASIK Eye TreatmentsThe eye can be examined with relative ease as to both its function and its structure. A practical assessment includes the capability to move in the orbit and the reaction of the pupil to light and accommodation.
The function of the eye might be tested in several ways. The client may be asked to recognize illuminated letter or things of differing sizes on exactly what is referred to as the Snellen chart.
Alternatively, the evaluation of the structural part of the eye might be made in numerous ways. Tension within the eyeball is determined by a "tonometer." In certain diseases, particularly in glaucoma, the stress in the eyeball is increased significantly.
However, it needs to be well remembered that a client with an eye issue might have other problems also. Frequently other physical conditions are main and affect the eye as a consequence. The look of the eye can signal the doctor and the client to problems in some disruptions of other parts of the body even before other signs provide themselves.
Subsequently, one's dependence on sight is highlighted when one faces a possible or short-lived permanent loss of this vital sense. For this reason, when restorative steps are sought, certain kinds of vision correction such as contact lenses or spectacles are recommended.
On the other hand, some people are troubled with the truth that they have actually some framed lenses or contact lenses in front of their eyes.
For this reason, advanced surgeries were established to motivate reduced 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 type of vision correction. The only distinction is that with this kind of surgery, one's vision is fixed completely.
With LASIK eye surgery, the refractive mistakes in the cornea are completely transformed. This can be done using an "excimer laser."
The main purpose of this surgical treatment is to create a threadlike, rounded "flap" in the cornea utilizing a blade called "microkeratome." In a series of unfolding and laser processing, the cornea is finally reformed, allowing much better the eye to direct more light into the retina.
Appeal vs. Disadvantages
Amidst the growing popularity of LASIK eye surgical treatment, there are still disadvantages that individuals need to know. Probably, the primary reason that this kind of eye surgery has become well accepted is since the majority of its cases had actually succeeded.
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
Due to the fact that LASIK eye surgery go to this site involves the operation of the retina, which is among the most delicate portions of the eye, most people say that the operation can be very dangerous.
In other words, a simple mistake could almost cause an person's life time blindness. For this reason, it is necessary to think about lots of aspects prior to deciding whether LASIK eye surgery is the best corrective step one has to undergo.
2. It is not a best treatment
LASIK eye surgical treatment may fix your vision but it does not necessarily indicate that it can give you a ideal vision. Even if why not look here statistical reports show that 70% of the patients might have 20/20 vision, this does not always suggest they have perfect vision.
Provided all these things, it can be deduced that, in spite of the appeal of the operation, LASIK might not constantly be the ideal eye surgery the way the majority of people see it
Alternatively, the evaluation browse around here of the structural part of the eye may be made in numerous ways. It should be well remembered that a patient with an eye problem might have other problems. Typically other physical conditions are primary and affect the eye as a effect. The look of the eye can inform the client and the physician to troubles in some disruptions of other parts of the body even before other signs present themselves.
Like its concrete counterpart, LASIK eye surgical treatment is another form of vision correction.


Tifosi's Envy combines cool style with the latest technology, resulting in glasses that will be the envy of all! Tifosi's Enhanced Visual System uses polycarbonate decentered lenses for optical clarity, and Glare Guard to decrease eye fatigue. The adjustable hydrophilic rubber nosepiece and temples ensure they'll be comfortable and stay in place. Plus, with 3 lenses to choose from, you'll have optimal visibility in all conditions. They offer full protection from UVA and UVB rays, too.
AC Red lens: allows up to 27% light transmission and is designed for all-conditions riding
High Speed Red Fototec lens: goes from 12% to 35% tinted and is designed for road riding
Backcountry Orange lens: goes from 15% to 45% and is designed for trail riding
Light Night lens: goes from 19.5% to 85% and is designed for all uses
EC lens (Extreme Contrast): designed for off-road use because it helps you distinguish terrain details
GT lens (Golf/Tennis): designed for tracking balls in flight
For years professional athletes and casual sports enthusiasts alike have appreciated Tifosi glasses for their superb optics, outstanding protection and all-day comfort. If you're looking for awesome cycling glasses, you need to give them a try.
The Georgia-based company has made its mark with the racers on Jittery Joe's and Vanderkitten cycling teams, as well as with individual pros, like mountain climber Jordan Romero and golfing phenom Brittany Lincicome. With their superior technology, it's no wonder so many professionals trust Tifosi.
Tifosi's lens selection is as varied as the sports they're designed for, ensuring the perfect glasses for any activity. Their smart Fototec lenses adapt to changing conditions (photo, right), their glare-eliminating Polarized lenses are perfect for snow and water sports, their GT lenses create contrast to distinguish golf and tennis balls in play, and their Polarized Fototec lenses offer double the function.
All their lenses are made from shatterproof polycarbonate and offer not only high-impact protection, but also 100% protection from harmful UVA/UVB rays. Some lenses even have a reflective Glare Guard coating, which helps prevent eye fatigue. And, don't despair if you wear eyeglasses, because Tifosi's Optics Prescription Program allows the incorporation of most single-vision prescriptions into their lenses. They also have an Rx Adaptor that inserts into the Stelvio model without tools or mounting hardware for an economical option for eyeglass wearers.
Tifosis also boast tough sport frames that can take a beating thanks to Grilamid TR-90, a flexible homopolyamide nylon that has a low density and high resistance to chemical and UV damage, making it virtually indestructible. Plus, you'll have a perfect fit thanks to the adjustable (bend to fit) temples and nosepieces. And, the hydrophilic rubber they're made of grips even better when wet so the glasses always stay in place.
Stop by our shop to experience the fine Tifosi fit, feel and fashion in person!
A total of 3 lenses are included, as follows: Metallic Silver, Metallic Baby Blue and Gloss Black models come with Clear, Smoke and AC Red lenses. Tortoise models come with the Golf lenses package with EC Lenses, AC Red Lenses, and GT Polarized Lenses.
The Envys fit small to medium faces.
Weight: 21 grams
|Metallic Baby Blue||874444002483||T-I305|


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Companies who produce camera lenses.
Canon U.S.A., Inc., headquartered in Lake Success, New York, is a leading provider of consumer, business-to-business, and industrial digital imaging solutions. Canon products include: Cameras and EF Lenses Binoculars Camcorders Printers & Multifunction Scanners Network Video Solutions Projectors & Visualizers, etc. Check their website for more!
We pursue fine images that can not be acquired by digital cameras. We supply cameras that will never fail to catch the crucial moment to photographers. We believe our Rangefinder film camera has innumerable superiorities as a tool for photographic expression.
At Fujifilm we are working in many areas — from digital cameras to motion picture film, and computer media to medical imaging — to bring you better products, solve difficult problems and protect our planet's environment.
For over fifty years now, Hasselblad has been devoted to a very simple task: to producing the finest camera equipment known to man. And for over fifty years, we have succeeded in doing just that. In making the tools that will enable us to live up to the Hasselblad Brand Promise, “To Help Photographers Achieve Their Photographic Potential.”
You can always tell a Leica. By the way it takes pictures - and by the pictures it takes.
Lensbaby is Craig Strong's baby. Craig invented the Lensbaby Flexible Lens Mounting System (Patented) to bring a more organic look to his digital SLR camera. After getting enthusiastic feedback from fellow beta testers, Craig decided to make Lensbabies available. Lensbaby's Mission is to help professional and amateur photographers see and document their worlds in unique and creative ways.
Mamiya Leaf offers high–end digital photographic solutions to professional and advanced amateur photographers.Mamiya Leaf represents the finest in high end photographic solutions, and is dedicated to improving the quality of its products, technologies and services to support the advancement of professional digital photography.
Nikon continues to push the boundaries of optical technology. Nikon's history is one of challenges and exploration in the world of optics.
Panasonic LUMIX digital still cameras with powerful zooms, stylish designs and advanced features like Face Detection, Optical Image Stabilization and Scene Selection. LUMIX DSL interchangeable lenses are available for both Four Thirds and Micro Four Thirds System compatible DSL cameras.
From the Asahi PENTAX single-lens reflex camera to the Spotmatic and to our most recent K-5 and incredibly tiny Q, we've empowered and inspired photographers around the world. We're proud to be one of the world's leading suppliers of technically advanced products including digital cameras, sport optics and security products for consumers and businesses.
Phase One is the world’s leader in open platform, medium format camera systems and sOur products are known for their quality, flexibility and speed enabling pro photographers shooting in a wide range of formats to achieve their creative visions without compromise. Phase One medium format cameras, digital backs and lenses are designed to deliver superior quality image capture and investment value
Sigma cameras are designed to capture the living world just as it is reflected in the human eye and to record the emotions of color in all their intensity. The sole motivation behind all aspects of Sigma cameras is in getting the most perfect end result photo. Sigma Cameras are designed to capture the perfect represen-tation of the photographer’s vision, the perfect outlet for creative expressio
Our mission is to develop products that offer you extensive creative and technical possibilities. With its firm commitment to developing high-quality, innovative and technologically advanced products that satisfy customer needs, Tamron secures its leading position in the global optical industry.
Our mission has always been to deliver great product at affordable prices. Over the years we’ve grown into a leader in technology trends, with showrooms and distribution worldwide. Our company has evolved alongside technology – from selling lenses for SLR cameras, to being the #1 supplier of digital cameras and accessories around the world.
Innovation is the essential key to success of the Carl Zeiss Group. The Zeiss Ikon rangefinder camera and ZM lenses combine the classic design of a M mount system with intuitive operation.Also, SLR lenses by Carl Zeiss offer many creative possibilities for personalized manual composition.
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The TSL2572 device family provides ambient light sensing (ALS) that approximates human eye response to light intensity under a variety of lighting conditions and through a variety of attenuation materials. Accurate ALS measurements are the result of ams’ patented dual-diode technology and the UV rejection filter incorporated in the package. In addition, the operating range is extended to 60,000 lux in sunlight when the low-gain mode is used.
|Supply Voltage [V]||2.4 - 3.6|
|Interface||I2C - 1.8|
|Programmable||Gain, Integration Time, Interrupt|
|Temperature Range [°C]||-30 to 70|


Product Description: RDX LED Traditional Light Kit 8 Standard Plus Fog and Reverse includes connectors For Land Rover Defender.
Specification: Traditional looking LED Lamps. Includes 8 Standard Size lights and larger Fog and Reverse. IP 67 rated dual voltage for 12 / 24 volt vehicles. Can be wired to the existing vehicle wiring loom without the need for resistors.
- 2 Front RDX Standard LED sidelights
- 4 RDX Standard LED indicator lights
- 2 RDX Standard LED Stop and Tail lights
- 1 RDX LUX NAS LED Fog light
- 1 RDX NAS LED Reverse light
- 1 4 Pin RDX LED Flasher Relay
- 2 RDX Standard Plinths
- 2 x Econseal connectors.
These lamps have the latest LED lighting technology bringing your Land Rover into the 21st Century.
These will suit the following vehicles:
Land Rover Defender