OPTICAL GLASS PRODUCTS
we offer a wide range of custom optical glass products
AGI WORKS WITH MANY OPTICAL MATERIALS
Advanced Glass Industries processes many type of glass and glass ceramics. We frequently work with fused silica, fused quartz, optical glass and glass ceramics, low expansion materials, filter glass, commercial glasses, industrial glasses, and many other types of optical materials including glass and ceramics. We are always happy to work with customer supplied material.
WE KEEP A LARGE INVENTORY OF OPTICAL MATERIAL ON HAND
We maintain an extensive raw
material inventory to provide our customers
the quickest possible deliveries. We stock a
full range of optical materials manufactured
by the world's best, most reliable
suppliers, including Asahi,
Quartz, and more. And we work closely
with our glass suppliers to bring in
material quickly when needed.
AGI PROCESSES GLASS IN MANY CONFIGURATIONS
Advanced Glass Industries
provides made-to-order glass and ceramic
parts. We offer custom molded and machined
glass blanks in many configurations
blanks (plano, spherical,
cylindrical, toroidal, parabolic, aspheric),
mirror blanks, windows (pressure
windows, sight glass, viewport windows),
squares, rectangles, unique shapes.
PRECISION OPTICAL MANUFACTURING FOR ORDERS OF ANY SCALE
Advanced Glass Industries would be delighted to serve as a resource for all your optical glass blank and glass machining needs—both big and small. Our flexible and continually expanding glass molding and glass machining capabilities can produce both micro-sized and macro-sized parts, along with everything in between. And whether you need one prototype piece, or a 10,000 piece production run, AGI can help.
beyond precision optical glass blanks
ARTISTS & CONSUMERS
AGI can machine almost anything you can dream of from glass. We are always excited to partner with glass artists, and can provide custom specialty consumer products ranging from glass furniture, to glass countertops, to custom glass monuments or display pieces.
Used Optical Equipment
Advanced Glass Industries buys and sells used optical equipment and precision optical machinery. Looking for optical equipment? Check out our most up-to-date list of available machines and instruments. Have something to sell? Check out our list to see what we're looking for.
AGI supplies made-to-specification sight
glasses, viewports, and pressure windows in a
variety of optical materials including fused
quartz, pyrex, and more. We have the
fabrication capabilities to make windows in
whatever shape and thickness you need


The 3D Optical Surface Profilers (Profilometers) Market Research report clarifies the past experience and trends, on the basis of these past experiences, it offers the future prediction considering other factors influencing the growth rate. This worldwide report offers the detailed analysis of the important factors such as market dynamics (DROT), PEST, and PORTER which assists the growth of the 3D Optical Surface Profilers (Profilometers) Industry. These past experience and factors assist to build the strategy and future planning of 3D Optical Surface Profilers (Profilometers) Market and hold a place in the competitive world.
The 3D Optical Surface Profilers (Profilometers) industry Market report offers the competitive scenario in the 3D Optical Surface Profilers (Profilometers) industry based on the type of product, applications, and the companies that are present in the 3D Optical Surface Profilers (Profilometers) market, and covers the company profiles, their development policies, lined up products and recent launched along with the SWOT analysis of companies.
To get a complete report sample from this link: http://www.qyresearchglobal.com/goods-1724414.html
This report studies the global 3D Optical Surface Profilers (Profilometers) market status and forecast, categorizes the global 3D Optical Surface Profilers (Profilometers) market size (value & volume) by manufacturers, type, application, and region. This report focuses on the top manufacturers in North America, Europe, Japan, China, and other regions (India, Southeast Asia, Central & South America, and Middle East & Africa).
This report studies the 3D Optical Surface Profilers (Profilometers) market
3D Optical Surface Profilers(Profilometers) is a kind of profilometer using Non-contact technology. They are typically built on advanced optical microscopes, providing the dual advantages of excellent imaging and no contact with the surface being measured. They use a variety of light sources, usually using high-brightness LEDs, to illuminate the sample and sophisticated cameras to capture the images which are then converted into height information using techniques such as confocal microscopy or interferometry.
In the coming years there is an increasing demand for 3D optical surface profilers in the regions of North America and Europe that is expected to drive the market for more advanced 3D optical surface profilers. Increasing of automotive fields expenditures, more-intense competition, launches in introducing new products, increasing of spending on general industry, retrofitting and renovation of old technology, increasing adoption of 3D optical surface profilers in developing countries will drive growth in global market.
The consumption volume of 3D optical surface profilers is related to downstream industries and global economy. As there will always be some uncertain in the global economy in the following years, the growth rate of 3D optical surface profilers industry may not keep that fast. But it is surely forecasted that the market of 3D optical surface profilers is still promising.
The product average price declined in the past few years due to the technology development, the average price will keep the trend in the few future years due to increasing mature manufacturing technology and lowing cost of raw materials.
The global 3D Optical Surface Profilers (Profilometers) market is valued at 140 million US$ in 2017 and will reach 180 million US$ by the end of 2025, growing at a CAGR of 3.9% during 2018-2025.
The major manufacturers covered in this report
Bruker Nano Surfaces
Geographically, this report studies the top producers and consumers, focuses on product capacity, production, value, consumption, market share and growth opportunity in these key regions, covering
The study objectives of this report are:
To study and analyze the global 3D Optical Surface Profilers (Profilometers) market size (value & volume) by company, key regions/countries, products and application, history data from 2013 to 2017, and forecast to 2025.
To understand the structure of 3D Optical Surface Profilers (Profilometers) market by identifying its various subsegments.
To share detailed information about the key factors influencing the growth of the market (growth potential, opportunities, drivers, industry-specific challenges and risks).
Focuses on the key global 3D Optical Surface Profilers (Profilometers) manufacturers, to define, describe and analyze the sales volume, value, market share, market competition landscape, SWOT analysis and development plans in next few years.
To analyze the 3D Optical Surface Profilers (Profilometers) with respect to individual growth trends, future prospects, and their contribution to the total market.
To project the value and volume of 3D Optical Surface Profilers (Profilometers) submarkets, with respect to key regions (along with their respective key countries).
To analyze competitive developments such as expansions, agreements, new product launches, and acquisitions in the market.
To strategically profile the key players and comprehensively analyze their growth strategies.
Company Name: QYResearch CO.,LIMITED | focus on Market Survey and Research
Tina| Sales Managers


By incorporating on-chip multiplication gain, the electron multiplying CCD achieves, in an all solid-state sensor, the single-photon detection sensitivity typical of intensified or electron-bombarded CCDs at much lower cost and without compromising the quantum efficiency and resolution characteristics of the conventional CCD structure.
Welcome to the Hamamatsu educational website featuring a wide variety of review articles, interactive tutorials, image galleries, and product descriptions designed to assist our visitors in exploring the fascinating world of digital imaging.
Hamamatsu introduces the new ORCA-Flash2.8, our first high-sensitivity digital camera based on a next-generation scientific CMOS image sensor. Designed for low-light imaging at high frame rates, this new camera combines high resolution, high sensitivity, high speed, and low noise at an affordable price.
At the camera's core is a new scientific CMOS image sensor, the FL-280, which features 2.8 megapixels and a pixel size of 3.63 × 3.63 µm, ensuring high resolution. The sensor's wavelength sensitivity ranges from UV to visible, with peak sensitivity (over 60% QE) at about 450-500 nm. In addition to high sensitivity, the sensor features low readout noise, typically 3 electrons r.m.s. The sensor's design keeps the readout noise minimal even at very fast readout speeds, unlike traditional image sensors. The FL-280 sensor also has low dark current. Because of its intrinsically low dark current, the sensor requires cooling to +5°C only.
Built for high-speed imaging, the ORCA-Flash2.8's readout speed ranges from 45 frames/second at full resolution up to 1273 frames/second with sub-array readout. Other features of the camera include external trigger functions, real-time corrections, and analog gain. The camera is designed for quantitative measurements with 12-bit output, and it interfaces with a PC using a CameraLink frame grabber board (included with the camera).
The ORCA-Flash2.8 is suitable for a wide variety of applications. These include life science imaging such as ratio imaging, FRET, FISH, TIRF microscopy, and real-time confocal microscopy. Other applications include semiconductor inspection and industrial imaging.
Tahr Ovary Epithelial Cells (HJ1.Ov)
Live tahr ovary cells were treated with MitoTracker Red CMXRos in media containing calf serum for one hour followed by fixation with paraformaldehyde. The fixed cells were then counterstaned with Hoechst 33258 to highlight nuclei in order to examine the spatial relationship between mitochondria and the nucleus in this cell line. Images were recorded in grayscale with a Hamamatsu Orca-AG camera system coupled to an Olympus BX-51 microscope equipped with bandpass emission fluorescence filter optical blocks provided by Omega Optical. During the processing stage, individual image channels were pseudocolored with RGB values corresponding to each of the fluorophore emission spectral profiles.


High brightness, lamp luminous flux > 4000lm, 6m center illuminance (Spotlight) > 1000lx, 3m average illuminance (floodlight) > 200lx.
Light weight, the overall weight of the lamp is 6kg, which can be carried by hand, shoulder and back, which makes it more portable.
Multifunctional, the lifting rod can be raised to 1.2m to provide fixed lighting or folded for use as a searchlight.
Long operation duration, strong light discharge time > 10h, working light discharge time > 16h, meeting the long duration requirement of construction lighting for evening works.
Multiple lighting output levels, with spotlight, floodlight and ultra-strong light mode, as well as red and blue warning lights, to meet the lighting needs of different places.
High explosion proof potency, ex markings: Ex de ib mbIIC T6 Gb，it can be safely used in various flammable and explosive places。
High protection, the overall protection grade of the lamp is IP66, resistant to 1m drop, and can be reliably used in various rain and snow environments.
Flexible and convenient, the lamp cap can rotate 360 degrees horizontally and be adjusted 135 degrees vertically, which gives the lamp the ability to provide lighting in any direction;
Notes Precautions for mobile explosion-proof equipment：
After unpacking, the included lamp and accompanying devices shall be cleaned before first use；
When operating the lifting rod, the operator shall ensure that the body, especially the head, is outside the lifting range of the lamp cap. At the same time, after the lifting rod is lifted for each section, the wrench of this section shall be clamped tightly to avoid personal injury caused by the falling of the lamp cap.
After the lamp cap is raised, if the lamp needs to be moved, the lifting rod must be lowered in place before it can be moved.
When the lifting rod is put down, it is strictly forbidden to put your hand on the handle. Only grab the handle after making sure that the lifting rod is completely put into the lifting rod clip to avoid hurting your hand；
When the lamp is working, the lamp cap shell will generate heat and dissipate heat (which is a normal phenomenon). Do not touch the heated parts of the lamp cap for long durations to avoid scalding; When the lamp stops working, do not immediately touch the heated parts of the lamp cap to avoid scalding.
It is strictly prohibited to disassemble the lamps by yourself, and the maintenance of lamps must be carried out by professionals.
The CES-EX-FL-6117 led explosion-proof portable mobile lamp is developed based on market demands, and is mainly suitable for use in small-scale construction, maintenance and emergency lighting in flammable and explosive places such as oil refining, chemical industry and oil field.


Writer chooses topics
1.) Discuss why animal eyes glow green when illuminated at night. What causes “red – eye” in flash pictures?
2.) Is blue sky polarized, is the sun polarized? Blue light reflected from a glass table polarized? Why do some sunglasses block glare of off water and others do not? What other applications are there for polarizers?
3.) Discuss Chromatic abberation in a lens.
4.) Why does a blue sky have white clouds? Why do the clouds appear red at sunset. What is the “Green Flash seen in some sunsets in Hawaii?
5) IR and UV – Compare IR and UV traversing air in terms of velocity,
wavelength, and energy. Also include some uses for IR and UV that you have researched.


Octavia Optics Technology Co., Ltd. was established in May 2008. It
is located in beautiful Fujian Province and has a product sales
center in Shenzhen.
The company is committed to the research and development,
production and sales of all kinds of Optical Lenses, Camera Lenses,
optoelectronic integrated instruments, equipment and key
Company Business Philosophy: "Customer First, Quality First,
Technology-based, Integration and Innovation". Based on Sincerity,
Practical Innovation, and Integration of the attitude of common
prosperity, dedicated to every customer carefully to produce every
Lens. Ingenuity to create each piece of Lens, never ending!
Corporate Idea: Iingenuity ／ Fusion ／ Innovation ／Common Prosperity
Business Philosophy: Customer First, Quality first,
Technology-based, Integration and Innovation.
Integrate the advantages of Optics Lens, Lenses and Instrument
resources, establish a unique R&D and production system,
promote the integration of optoelectronic technology, and achieve
achievements in the field of lens, optoelectronic instrument and
Talent Philosophy: Trust and Respect, Professional Dedication,
Supply Chain Concept:
Suppliers are partners, which are more important than Banks. Only
by treating partners honestly and kindly can we go further with
Processing Lenses with heart , focusing Lens, achieving
photoelectric products, and becoming a well-known photoelectric
integration enterprise in the world.


Make your home a happy place
Choose naturally efficient Verilux light with this Graphite Original Natural Spectrum Desk Lamp. The bright, soothing, natural spectrum daylight lamp enhances low vision, reduces glare, eyestrain and fatigue, and allows you to experience greater contrast and truer colors.
An exclusive parabolic light diffuser protects you from harsh, eye-straining glare by directing light away from your eyes and onto your book or project area. The lamp features flicker elimination technology - advanced micro-electronics constantly monitor and adjust the flow of electricity to the lamp eliminating the Stroboscopic Flicker Effect, which is a fluctuation in light quality found in other fluorescent light sources that contributes to eyestrain and headaches. A flexible steel gooseneck directs concentrated light where you need it, or allows you to flood an area for broader coverage.


AUDI developing solar panels to help power its electric vehicles
together with alta devices, AUDI are developing thin-film solar panels to be fitted into the panoramic glass roofs of its car designs. this technology aims to generate solar energy in order to increase the range of its forthcoming electric vehicles, such as the already previewed ‘e-tron sportback’. as well as its small size and flexibility, the green innovations claim to have an efficiency of 25% and perform well even in low light conditions.
the AUDI e-tron quattro concept
all images courtesy of AUDI AG
‘the range of electric cars plays a decisive role for our customers. together with alta devices and hanergy, we plan to install innovative solar technology in our electric cars that will extend their range and is also sustainable,’ stated AUDI board of management member for procurement, dr. bernd martens. ‘that would be a milestone along the way to achieving sustainable, emission-free mobility.‘
dr. ding jian, senior vice president of hanergy thin film power group limited, CEO of alta devices, inc. and co-leader of the AUDI/hanergy thin film solar cell research and development project, said: ‘this partnership with AUDI is alta devices’ first cooperation with a high-end auto brand. by combining alta’s continuing breakthroughs in solar technology and AUDI’s drive toward a sustainable mobility of the future, we will shape the solar car of the future.‘
an example of the thin-film solar cells to be fitted in panoramic glass roofs of AUDI models
with the first prototype set to be build by the end of 2017, AUDI are teaming up with alta devices, a subsidiary of the chinese solar-cell specialists, hanergy. this development will see the ultra-thin solar cells be placed within the automobiles’ glass roofs, but the german brand are thinking on a much bigger scale in the long term. in the future, they are planning to cover almost the entire top surface with solar cells, enhancing the sun’s energy to power the car’s electrical system, like the air-conditioning, and thus improve the EV’s driving range.


Although in-situ measurements provide detailed measurements at specific locations, the ability to measure and observe from afar has proven particularly useful for understanding complex 1D, 2D, and 3D phenomena. In my research this has involved the use of LiDAR technology to measure dense elevation measurements and optical methods to infer information about the subaerial or subaqueous landscape. These dense datasets are key to understanding many complex spatio-temporal phenomena and below are a subset of the topics that I (collaboratively) have worked on in my career.
Beach and Dune Landscape Reconstruction Using Structure from Motion
Optical Estimation of Subtidal Bathymetry


ReLEx SMILE surgery embarks a paradigm shift in ophthalmic surgery. Small incision lenticule extraction or SMILE has been adapted from refractive lenticule extraction or ReLEx and it is regarded as a state-of-the-art corneal refraction correction technique. ReLEx uses a single laser for the correction of refractive errors which was further modified as SMILE that requires no retractable flap further reducing patient inconvenience and surgical time. Higher order aberrations in myopia with or without astigmatism are preferably treated by SMILE that leads to better quality of vision. It is a minimally invasive procedure wherein a lenticule is created in the cornea using femtosecond laser and extracted via a keyhole incision in the cornea.
What happens during the procedure?
- Preoperative preparation: Contact lenses are to be removed at least 3-4 days prior to the surgery. The patient is educated regarding the procedure and an informed consent is duly obtained. Antibiotics and anesthesia are topically administered in both the eyes.
- Docking: The patient is placed in a supine position and covered via a sterile drape. Local anesthesia is injected and a speculum is inserted such that the patient’s eye is centered along the VisuMax femtosecond laser delivery system. The patient is asked to fix his/her gaze on the green internal fixation light. The bed of the patient is moved up, and a contact is established between the corneal surface of the patient’s eyes and the machine’s contact lens. This contact leads to the formation of a meniscus tear film and subsequently the fixation light becomes apparent. The beam is focused according to the patient’s refractive power. After the centering is confirmed, the suction is fixed and the laser is activated for photo-dissection. The patient is supposed to look directly at the green light. This phase of docking is based on the coaxially sighted corneal light reflex (CSCLR), which causes the green light to reflect on the cornea. Infrared light can be used for the confirmation of docking.
- Femtosecond laser application: A femtosecond laser is used systematically to create a lenticule. The parameters are adjusted depending on the patient’s condition and surgeon’s preference. Optical zones are set separately for the correction of spherical errors and astigmatism, while the cap diameter and pulse energy are also accordingly adjusted. Using the femtosecond laser, an intrastromal lenticule is formed by selective cutting.
- Lenticule dissection: A uniform bubble layer is created in the cornea as a result of the femtosecond laser delivery. Two rings are formed which correspond to the diameter of the lenticule which guide the dissection process. Consequently, the lenticule is dissected according to the set parameters.
- Extraction: Using micro forceps the dissected lenticule is extracted in a circumferential manner. Following which it is analyzed to confirm that it has been removed in entirety. The interface is flushed using a balanced salt solution and the cap is smoothed over the cornea using blunt instruments. Finally, the apposition of the cap is evaluated using the VisuMax laser system.
What to expect post-procedure?
The ReLEx SMILE surgical procedure may take 15-20 minutes or even less. The patient experiences an improvement in the vision within a few hours post-surgery. Initially the vision might be foggy but it will become clear gradually within a couple of days or weeks. He/she needs to stay indoors for the first 24 hours. As the vision starts becoming clear then the patient can continue with the daily activities. Light sensitivity may persist for some time during which the patient is instructed to take rest. It is advised not to wash the eyes with water, rather use a salt balanced eye drop as water can irritate the eyes. This is to be done till the sensitivity is lost. Hair wash can be done after two days.
How soon does normal life resume?
It may take a day or two to adapt to the corrected vision. The patient might experience glare and halos for a couple of weeks postoperatively, which will gradually subside. Patients with presbyopia i.e. age related hardening of the lens leading to refractive errors, will require wearing their glasses or contact lenses. Contact lenses are to be worn only after consulting and as directed by the surgeon, which is mostly allowed after a month or so. Anti Glare glasses are recommended for use when working on computers to provide better shielding.
Who performs it?
The ReLEx SMILE surgery is performed by skilled and experienced eye surgeon.
Are you a good candidate?
Patients with higher order aberrations in myopia with or without astigmatism are treated by SMILE. The myopia values ranging between -0.5D and -10D can be corrected via SMILE while astigmatism or cylindrical refractive errors up to -5D are suitably treated by this procedure. The patient should be otherwise healthy with a stable refractive error since a year. Patients between 18-40 years of age are preferred as it can only correct nearsightedness and the errors in distant vision related to age which is termed as presbyopia cannot be treated via this procedure. In patients with higher power a thick lenticule is removed.
How to prepare for surgery?
Patient is advised to stop wearing contact lenses at least 3-4 days prior to the ReLEx SMILE surgery. Avoid wearing cologne or perfume and hairspray. Alcohol containing beauty products are also to be avoided. Eye makeup needs to be thoroughly removed prior to the surgery. It is mandatory to avoid alcohol consumption at least a day before and after the operative procedure as alcohol has strong dehydrating properties that can lead to dry eyes. Wear comfortable clothing. It is advised to be accompanied by a family member, friend or relative and also arrange transportation accordingly beforehand. The surgery is performed as a day care procedure but the patient might be required to stay in the hospital or at home till he vision is clear which might take a day or two so leave should be planned accordingly.
Are there risks or potential side effects?
- Suction loss: It is an intraoperative complication seen in 0.8 to 4.4 % of cases. Following the docking of the patient at the laser interface, the patient needs to maintain that position. If there is mobility it may lead to ocular movement resulting in the loss of docking. In such situations either the procedure needs to be stopped or docking needs to be done again.
- Black spots: Presence of liquid droplets, dust particles or even air between the laser and the ocular surface result in an untreated part of the lenticule which further makes extraction difficult. In patients with a thick cornea and thin lenticule, opaque bubbles are formed.
Are there alternatives to this procedure?
- LASIK (laser in-situ keratomileusis): A flap is created in the epithelial layer of the cornea through which the defected part is extracted. This reshaping of the cornea focuses light into the eye and reaches the retina. It can be performed in subjects with nearsighted, farsighted, or astigmatism.
- PRK (photorefractive keratectomy): It only reshapes the epithelial layer of the cornea via a laser. It is preferred in mild to moderate nearsightedness, farsightedness, or astigmatism.
- EpiLasik: Similar to PRK, the cornea is reshaped or removed and a soft contact lens is placed over it to protect it during the healing phase.
- LASEK (laser epithelial keratomileusis): In this procedure a flap is created by dissolving the intercellular substance using an alcoholic solution. Following this a laser is used to reshape the cornea. The flap is repositioned and the healing occurs below it. It can correct nearsightedness, farsightedness, and astigmatism.
- ALK (automated lamellar keratoplasty): This procedure does not use laser. A flap is created via an incision and the cornea is reshaped. It is used in patients with severe nearsightedness and few levels of farsightedness.
- AK (astigmatic keratotomy): One or two incisions are made in the cornea that enable it to assume a more round shape and relaxed position. It is preferred for the correction of astigmatism.
- PRELEX (presbyopic lens exchange): In this procedure a multifocal lens is implanted to correct refractive errors and restore focus.
- Intacs or intracorneal ring segments (ICR): A small incision is made in the cornea through which two crescent-shaped plastic rings are inserted and the cornea is flattened.


Functional organic materials have attracted significant attention over the last two decades as electro-active materials for the development of printable and flexible electronic devices such as organic thin-film transistors (OTFTs), light-emitting diodes (OLEDs), light-emitting transistors (OLETs), and photovoltaic cells (OPVs). Owing to their unique features over traditional inorganic materials, they are envisioned as essential components for several next-generation optoelectronic applications including low-power flexible displays/electronic papers, wearable electronics, printable RFID tags/sensors, and flexible solar panels.
20th century has been the era of mastering chemistry to realize modern functional materials. Based on our group's academic and industrial research expertise in organic optoelectronics, now we’re using chemistry, materials science and nanotechnology to build state-of-the-art, high-performance organic optoelectronic materials of the 21st century.
Our research in MOENLAB is focused on the theoretical design and synthetic development of new organic molecular and polymeric π-conjugated materials for next-generation optoelectronic devices. In particular, we are interested in molecular/polymeric semiconductors, photocurable dielectrics, surface modifiers, donor/acceptor polymers and emissive host/guest systems.
SELECTED SCIENTIFIC AWARDS
The Science Incentive Award 2020 (Teşvik Ödülü)
The Scientific and Technological Research Council of Turkey (TÜBİTAK)
The Young Scientists Award 2015 (TÜBA-GEBİP)
The Turkish Academy Of Sciences (TÜBA)
The Scientist of the Year 2015
Science Heroes Association (Bilim Kahramanları Derneği)
Distinguished Young Scientist Award 2014 (Bilim Akademisi-BAGEP)
The Science Academy (Bilim Akademisi)
SELECTED PUBLICATIONS and PATENTS:
For the full list, click here ...


Synchronizing 98 tiny cameras in a single device, electronic engineers of Duke University and the University of Arizona have developed a prototype of a camera that is capable of creating images with a resolution of 5 times higher than the human eye.
The device captures data up to 50 gigapixels (50,000 megapixels), a milestone for photography when you consider that the ability of cameras sold today in the market is usually between 8 and 40 megapixels per image – pixels are individual data points in an image, so that a greater number, the higher resolution.
“In the new device, each microchamber captures information from one area of the field of view and the attached processor in a single image”, says David Brady, co-author of the research. The camera occupies 75 square centimeters, and only 3% of its content corresponds to optics. The rest are electronic and computer components needed to assemble the captured information.
Researchers believe that within five years the components of the device will be small enough to be marketed and lead to a new generation of gigapixel cameras to the public generally. “The lens is not the problem: we have the best lenses, what we need are electronics and smaller and more efficient processors allow photographers to carry around,” says Brady, who has made known his work in the journal Nature.


1.This product adopts LED light source, self-developed light type, new packaging technology, low-light paving, large range of high beam, precise focus, fast start, high brightness, low light decay, long life, high color rendering, more realistic road feeling. .
2.Intelligent temperature control system, patented heat dissipation design, higher heat dissipation efficiency, and obtained a number of national patent protection
Red wire Low beam negative electrode
Black wire Low beam negative electrode
Blue wire High beam positive electrode
Gray wire High beam positive electrode


The Swarovski Z6 2.5-15×56 P L Riflescope BRH Reticle is a brilliant multi-purpose scope designed for hunting in twilight conditions, the HD Optics and lateral parallax correction guarantee you a faultless image. The 6x zoom scope offers an effective range of use, from a field of view suitable for still hunting to a 15x magnification for accurate long-range shots.
The hallmark of the Swarovski Z6 rifle scope range is the 6X zoom that combine a large field of view with clear, crisp, pinpoint detail. The large zoom range and eye relief ensure greater flexibility, higher precision, and greater safety when hunting. “When seconds are crucial” – that was the whole concept behind the design of the Swarovski Z6 rifle scope range. The elegant appearance conceals the state-of-the-art technology that gives you maximum performance at the crucial moment.
|Objective Lens Diameter||56 mm|
|Exit Pupil Diameter||2.5x 9.5 mm|
|Eye Relief||90 mm|
|Field Of View||9.4 -1.5 Degrees|
|Dioptric Compensation||-3 to +2 dpt|
|Central Tube Diameter||30 mm|


Fiber Tech Industries, LLC is a turnkey utility contractor that specializes in Power and Fiber Construction. Fiber Tech was formed in 2016 with an idea of serving the communications industry as a consultant/management company. This idea quickly turned into reality due to the ever growing demand of fiber construction and the need for more bandwidth. Fiber Tech’s success in fiber optic construction led to opportunities outside of the communication space and in 2018, the company began installing underground power. Today, Fiber Tech installs communication, power, gas, water and sewer.
Due to the immense demand for fiber and bandwidth, consulting turned into full on construction.


BQlumiled Co. Ltd is an ISO9001 certified manufacturer of LED lights. Since established in 2005, We have become a premier supplier in the LED lighting industry. Our factory specializes in producing a wide range of indoor and outdoor LED lights such as LED Panel Lights, LED flood Light, LED High bay, LED tube, LED PAR Light, spotlight, ball bulbs and LED Strips.
At BQLumiled, our goal is to continue to bring you the most reliable, highest quality LED lighting products. To ensure optimum performace, we require the best ...


Find all the Customized Headlights for your Ford F-150
When you are looking at upgrading your F150 retrofit headlights, you have to think better performance headlights. That is why HID Retrofit Kit is dedicated to building top performance 2019 f150 headlights. Sadly, most halo projector headlights on the market are a terrible downgrade to the stock housings. Custom made headlights allows fine-tuning of every part of factory style headlamps by retrofitting the brightest HID and now LED projectors to provide the highest level of light output and night visibility without bothering oncoming traffic.
FORD F-150 CUSTOMIZED LED HEADLIGHTS
Automotive and its higher performance is our passion. If you are planning an upgrade of your Ford F-150 headlights is the first thing that must come to your mind. All our efforts are dedicated to making sure your headlights illuminate to the degree you wish.
- It comes with an HID Retrofit Kit that makes it easy to switch to HID’s for a powerful performance of Ford F-150 Headlights.
- We bring you the highest quality of halo projector 2018 f150 led headlights as compared to the market.
- Custom crafted headlights allow fine-tuning of every part of the headlight with the existing factory set up that makes the installation an easy procedure.
- We retrofitting the brightest HID’s and LED’s to ensure highest light output for safe night driving experience.
New models coming soon! Can’t wait?
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Partnership with: University of Salerno, University of Verona, University of Palermo
Funded by: MIUR Ministero of Education, University and Research
The project addresses on computer vision and deep learning for person tracking and profiling mainly inside a shopping Mall. The final project’s application is the analysis of the customer’s behavior to provide personalized suggestions at digital signage terminals. The primary goal is to investigate key scientific computer vision issues that are central to such and similar applications and develop innovative solutions with respect to the state of the art.
funded by: Leonardo – Finmeccanica
FREEWAY is a technology transfer project in collaboration with the Italian multinational aerospace, defense and security company Finmeccanica. In this project MICC is transferring its know-how in state-of-the-art computer vision for face and full-body recognition and re-identification.
Authors: Tiberio Uricchio, Leonardo Galteri, Lorenzo Seidenari, Marco Bertini, Alberto Del Bimbo
Small Pixels stems from research expertise in improving the quality of compressed videos that has been developed over time by the team of proposing members and from trials that have produced encouraging results. Having verified through participation in conferences and events, both the real need of the market for effective solutions and the limited number of valid solutions currently available, the team felt that they could initiate an academic spinoff that after a start-up phase, aimed at the realization of a competitive product, is able to position itself on the international market.
eSERVANT. Project co-financed under Tuscany POR FESR 2014-2020. Analysing, monitoring and connecting people in large facilities. The eSERVANT project was led by QUID Informatica S.p.A and was carried out in collaboration with the partners Sokom srl, Sintra Consulting srl, Magenta S.R.L. and the DIISM of the University of Siena.


A nantenna is an electromagnetic collector designed to absorb specific wavelengths that are proportional to the size of the nantenna. Currently, Idaho National Laboratories has designed a nantenna to absorb wavelengths in the range of 3-15 μm. Since around 85% of the solar radiation spectrum contains light with shorter than infra-red wavelengths, in the range 0.4-1.6 μm it would be ideal to make nantennas of these dimensions to harvest more energy than is possible with PV. Nantennas work in practically the same way as rectifying antennas: namely that Incident light drags electrons in the antenna material back and forth at the same frequency as the incoming light, in consequence of the oscillating electric field component of the electromagnetic light wave. The refractive index of a material has a similar origin.
The oscillating electrons generate an alternating current (AC) in the antenna circuit, which must be rectified to convert it into DC power usually with a diode device of some kind, and the DC current can then be used to power an external load. Since the wavelengths in the solar spectrum lie in the approximate range 0.3-2.0 μm, a rectifying antenna needs to be on the order of hundreds of nm in size to provide an efficient energy collector. Since the oscillating (AC) frequency from the nantenna array is around 10 THz, converting it to the 50-60Hz power that the world uses poses a challenge in terms of using the technology to generate real usable power. The main problem with rectifying diodes is that they have a finite recovery time which limits their operating frequency. Commercially available ultrafast diodes presently have an upper limit of the order of several GHz, and so they need to be made to work faster. This seems to be the principal hurdle to the success of generating electricity using nantenna.
There have been many affirmations to the effect that the theoretical efficiency of nantennas is > 85%, which in comparison with the theoretical efficiency of single junction solar cells (30%) looks very impressive. There is some ambiguity over this, however, depending on exactly how the efficiencies are calculated for the two kinds of device.
The most obvious advantage of nantennas over semiconductor photovoltaics is that the nantenna arrays can be scaled to absorb any frequency of light. Since resonance frequency is in direct proportion to the size of the antenna, the array may be tuned by simply varying the size of the nantenna in the array to absorb specific light wavelengths. In the case of PV the frequency of absorbed light depends almost entirely on the band gap energy, and so the semiconductor material must be changed to vary the latter. Indeed, this aspect of dimensional engineering is in some ways reminiscent of nanotube and quantum dot devices. Although the latter work in quite different ways the point is made that it is not only the chemical composition of the material but the size of its assembly that provides a tuning to the absorption of light that is possible by a device.


But they all are not.
It becomes challenging to choose the best astrophotography telescope under 1000 as there are so many options available and many companies produce fake reviews.
We all have our own needs and requirements for a product, whatever specification and features it offers. We never want to buy an overrated product that will not provide us with its actual benefits. Are you facing any difficulties to pick up the right brands and product models for you? Then, read this article. We are going to share our research experience and list down some of the top astrophotography telescope under 1000 and related items in this post.
This buying guide will definitely help you.
List of Best astrophotography telescope under 1000: Tested by Consumers
SVBONY T2 T Ring Adapter and T Adapter, 1.25 inches Metal Telescope Camera Adapter for Canon EOS Standard EF Lenses and Telescope Camera Astrophotography Accessories
- Perfect for Canon EOS and Rebel SLR and DSLR Cameras;Note: it doesn't fit for EOS-M models;connect camera to telescope for direct;prime focus; photography convenient and easily
- Super easy to use;thread t adapter into t ring adapter;then thread the whole mount adapter into cameras to connect to telescope
- Universal t adapter fits all standard 1.25" diameter telescope microscope etc;t ring adapter is compatible for all standard 1.25" lenses of cameras;but not for SV13 spotting scope
- High quality metal materials and tight;non binding fit;solid and durable for long term use
- Manual focusing;some short-focus camera or telescope's optical tube may not be able to focus quickly;so it's great for you use an additional extension tube
Astromania 1.25" Extendable Camera Adapter - for Either Prime-Focus Or Eyepiece-Projection Astrophotography with Refractors or Reflector Telescopes - Threaded for Standard 1.25inch Astronomy Filters
- Zoom projection and focal adapter: The simple way to astrophotography begins with this projection adapter. Use your standard Ploessl or Kellner 1.25-inch eyepieces for beautiful photos of the Moon and planets.
- This easy to use 1.25" Variable Universal Camera Adapter is designed to attach both camera body and telescope together. Compatible for both reflector and refractor telescopes with 1.25" eyepiece holders. Dual design allows the user to make slight magnification adjustments without having to change telescope eyepieces.
- The 1.25" Variable Universal Camera Adapter is made of black-anodized aluminum, threaded for Standard 1.25inch Astronomy Filters. Projection adapter for 1.25-inch eyepieces of up to 38mm outside diameter, also can be used as a focal adapter with a T2 thread.
- Two adapters in one: The projection and focal adapter consists of two parts - the projection part and the focal adapter. The projection part is used with an eyepiece for achieving a long focal length with small objects, e.g. for individual craters. Use the focal adapter without the use of an eyepiece so employing the focal length of your telescope - for taking photos of the entire Moon, gas nebula or galaxy.
- Zooming into the night sky: Use the sliding rear part of the adapter to zoom - pull out to magnify the image - without needing to change your eyepiece. Connect this adapter to each telescope with a 1.25" eyepiece connection. You can use an eyepiece of any focal length - and you can achieve high-magnification images of lunar craters and planets. All you need is a T2 ring (Not Include) and a suitable camera with a bayonet connector.
SVBONY SV205 Telescope Camera, 8MP USB3.0 Electronic Eyepiece, 1.25 Inches Astronomy Camera for Telescope Astrophotography
- Plug and play without driver;real-time dynamic observation by crystal clear image;the image sensor uses dark light compensation technology to greatly improve the camera's image clarity in low light conditions
- In MJPG video format;you can record video quickly and the frame rate up to 30FPS at 2K resolution 1920x1080; You can also choose YUV uncompressed video format;the speed will be 15FPS per second at 3264*2448 resolution
- SV205 camera allows you to capture a real-time video and transport to your laptop or PC; Share the view of bright planets; the Moon; and terrestrial targets through your computer with friends; family; and fellow astronomy enthusiasts
- This camera uses a 8M Pixel IMX179 imaging sensor with 1.4µmx1.4µm pixel size; this telescope camera uses an extremely sensitive 1/3.2" CMOS Color Image Sensor; the image is clear and the image quality is good
- The rewarding hobby of astrophotography;Great for lunar and planetary shots; machined aluminum 1.25" adapter barrel for direct threaded connection to almost any telescope
SVBONY Telescope Filter 1.25 inches UHC Filter Astrophotography to Improve The Image Contrast Reduces Light Pollution (1.25 inch)
- UHC filters or light pollution reduction filters are designed to selectively reduce the transmission of certain wavelengths of light;especially those produced by artificial light
- Sky background is darker;and contrast of emission nebulae are noticeably improved;the perfect filter for viewing nebula from light polluted skies;or for boosting the contrast of nebula from dark sky sites
- Due to its ability to produce exceptionally sharp and clear images;this UHC filter is considered one of the most popular astronomy accessories;it can be used not only for celestial observations but also for astrophotography
- 1.25'' barrel diameter simply attach to eyepiece cased in a sturdy transparent case;standard filter thread for 1.25" eyepieces and other accessories
- Optical glass lens;aluminum frame;significantly reduces light pollution;great for city and suburban observation
T2 T Ring Adapter and T Adapter 1.25'' Metal for All Canon EOS Standard EF Lenses and Telescope Camera Astrophotography Accessories
- Compatible with Camera EOS 5D, 5D Mark II, 50D, 60D, 20D, 30D, 40D, 350D, 400D, 450D, 500D, 550D, 600D, 1100D, 1D, 1D MkIII, Digital Rebel T4i, T3i, T2i, T1i, Xt, Xti, XSi, XS, and all EOS SLR Cameras
- Useful accessories allows you to attach your Canon Eos SLR Camera to the standard 1.25inch eyepiece diameter Telescope
- Brand new CANON EOS Camera adapter for Telescope with standard 1.25inch Eyepiece Ports
- CNC Metal Construction-Made of machined, anodized aluminum
- Whole Lifetime Warranty-7/24 Technique Support
Telescope retro hexagon astro photographer astrophotography T-Shirt
- Always waiting for a clear night sky to grab your astrophotography telescope and astrophotography camera and start taking incredible pictures? Then this design is for you - a must have addition to your astrophotography accessories.
- Great For the hobbyist photographer and the professional Astrophotographer, for the lover of stars, space and galaxies. For the lovers of celestial and astronomical objects, shooting stars and planets - the space lovers out there.
- Lightweight, Classic fit, Double-needle sleeve and bottom hem
SVBONY SV48P Telescope, 90mm Aperture F5.5 Refractor OTA for Adults Beginners, Telescopes for Deep Sky Astrophotography and Visual Astronomy
- 90 mm aperture; 500mm focal length; compared with 70mm and 80mm; 90mm telescope has more light input and a wider field of view; observe the moon and deep space; which is very suitable for astronomy beginners
- Double speed focuser; the 2 inches rotatable double speed focuser; gear ratio of 1:10; precise adjustability for smooth operation
- The focusing mount with metal interface has higher interface accuracy; guarantees the parallelism of the optical axis; and enhances the observation experience
- Fully multil green coated lens; fitted with achromatic glass for good edge-to-edge viewing; fully multi green coated lens maximize light transmission eliminating false color
- 360 degrees rotation; convenient for photographic composition and visual observation; loosen the screw; the focus can be rotated 360 degrees; you can achieve astronomical shooting
SVBONY Telescope Filter UV IR Cut Block Filter Infra Red Filter CCD Camera for Astrophotography Telescope UV Filter 2 inch Threads for DSLR Camera
- The UV-IR-Cut filter uses the very latest coating technology; to deliver the finest filtration qualit-and lifetime durability used to cut off filter blocks undesirable ultraviolet and infrared rays that may interfere with obtaining the high contrast and high quality images possible with a digital sensor
- True optical quality glass substrate and coatings;to deliver the sharpest images possible;can achieves greater detail;less chromatic aberration;more natural colors and finer color gradation
- Very low reflection multi-coating; Striate-free; and plane-parallel substrate; It serves as a permanent lens protector;digital imaging with DSLR cameras;CCD cameras;and modified WebCams;or telescope
- Standard 2inch Filter threads for 2" eyepieces and other accessories;combine with any standard 2” filter threads for 2" eyepieces and other accessories to deliver the sharpest images possible;reducing ghost images caused by IR radiation
- Comes with a plastic box to keep it safe and clean when not in use
T2 T Ring Adapter and T Adapter 1.25 inches Metal Telescope Camera Adapter for Canon EOS Standard Telescope for Astrophotography Accessory for Astronomy
- Perfect for Canon camera EOS, SLR/DSLR Cameras; it doesn't fit for EOS-M models; connect digital camera to telescope for Astrophotography;prime focus
- Easy to use;thread t adapter into t ring adapter;then thread the whole mount adapter into cameras to connect to telescope;1.25" thread allows filters to be added to the end which is very useful especially for very light polluted areas
- Universal t adapter fits all standard 1.25" diameter telescope microscope etc;t ring adapter is compatible for all standard 1.25" lenses of cameras
- The entire piece is made from metal, it's only 0.26lb and anodizing aluminium process CNC Metal Construction
- Both the adaptor are universal M42x0.75mm；added focal length from the Barlow
SVBONY SV116 Guiding Scope Ring Kit for Telescope Tube Diameter or Finders 43mm to 70mm with Pair Ideal for astrophotography
- Two tube rings made of metal;the guide scope rings are suitable for small and medium-sized guiding telescopes;70mm compact deluxe finder guidescope kit;ideal for astrophotography for mounting a guide scope parallel to the main telescope
- The mounting bar has two M6 through-holes on both sides for easy adaption to rings. and three threaded through-holes;the center hole has 1/4"-20 threads and the two larger holes on either side of center have M8 x 1.25 threads
- Solid metal guide scope rings for compact finderscope or guidescope with knurled metal screws. big screws with maximum grip allow easy use - even with gloves
- The adjustment crews have teflon inlays for avoiding unaesthetic scratches and pressure marks on the telescope while still ensuring reliable clamping
- The inner diameter of the tube rings is 70 mm for telescopes between 43 to 70mm tube diameter can be mounted adjustable
SVBONY SV112 Telescope Camera Adapter Kit for Canon EOS Rebel SLR DSLR Prime Focus and 1.25 inches Variable Projection Eyepiece Astrophotography
- Designed for Canon EOS & Rebel SLR & DSLR Cameras and Photography;Note:it doesn't fit for EOS-M models;connect camera to telescope for direct prime focus photography convenient and easily
- The camera adapter kit for prime focus;in this imaging method the camera is connected directly to the telescope and placed at the "prime" focus of the telescope;the telescope becomes the camera lens. no eyepiece is used in this method;this method provides the widest possible field of view, the shortest possible exposure time and moderate magnification;typically used for imaging nebulae; galaxies and other large (but dim) deep sky objects
- The camera adapter kit for eyepiece projection;in this imaging method an eyepiece is used to increase magnification;the eyepiece is placed between the camera and the telescope;the eyepiece “projects” the image onto the camera sensor;the projected image size increases with distance;similar to a flashlights beam
- Fits telescopes with a standard 1.25" eyepiece port;the adapter can hold eyepieces up to 42mm in upper body diameter; it also features a laser engraved extension scale for recordability and repeatability as well as a large machined grip ring;for a sure grip in even the worst dew conditions
- The variable feature lets you adjust the adapter length to vary the magnification (thus image size) for perfect framing of your shots; fits telescopes with a standard 1.25" eyepiece port.the 1.25" barrel is threaded to accept standard 1.25" eyepiece filters
LUXUN Telescope for Adult Astronomy Professional Beginner Kid 5-7 8-12 Refractor Telescope Super Telephoto Space Astrophotography Telescope for Viewing Planets High Powered Powerful Telescope
- 🥇16-120X Magnification - Two replaceable eyepieces(10mm, 25mm). The magnification of the 10mm eyepiece is 40X, 25mm eyepiece is 16X. With a 3X Barlow lens, the magnification can be increased from 16X to 200X. 5X24 finder scope with mounting bracket can easily help you to find the observation target. 48° zenith mirror offer you more comfortable and free observation than other inverted diagonal
- 🥇Professional Optics - The LUXUN 400mm(f/5.7) focal length and 70mm aperture, fully coated optics glass lens with high transmission coatings creates stunning images and protect your eyes. Perfect telescope for astronomers to explore the Moon.
- 🥇Easy Assemble - No tools are required for refractor telescope even for the astronomical beginner. Adjusted from about 24 inch to 50 inch. Allowed for many different observational positions and keep the whole tripod steady with castor wheel.
- 🥇Extra Bonus - Free includes one universal smart phone adapter mount holder and one Wireless camera remote controller to explore the nature of the world easily through the screen and take amazing celestial images.
- 🥇Lightweight 4.4LBS - A extendable aluminum tripod stand is very easy to carry in a canvas duffle bag and it is ideal for a broader range of long-distance travelling,you can observe target in the day and observe celestial bodies and terrestrial objects at night.
SVBONY SV503 Telescope 80ED F7 Telescope OTA Focal Length 560mm for Exceptional Viewing and Astrophotography
- Extra-low Dispersion glass; SV503 Telescope OTA is designed with ED glass; will give you the crystal clear image;SV503 80ED telescope produces an especially colour true and high contrast image; just right for more discerning observers
- Dual-speed rack and pinion focuser;The gear ratio of the dual speed 2-inch toothed focuser is 1: 10; which makes it easy to achieve accurate focus
- Top-quality Material; The appearance of the SV503 OTA is baked with high-end fine-grained paint; with exquisite appearance and delicate feel;all machined by CNC
- all optical surfaces multi-coated; The whole optical lens adopts the technology of ultra-wideband multilayer coating; 80mm aperture; fully multi-coated ED optics deliver outstanding views; day or night
- Areas of application; 80mm F7 astronomy telescope SV503 would be better begin for astronomy amateurs to do astrophotography
Astromania C Mount to 1.25" Video Camera Barrel Adapter Telescope Astrophotography
- The telescope adapter has a diameter of 1.25 inches for insertion in place of a 1.25 inch telescope eyepiece, allows the camera to be put into standard 1.25" eyepiece holders.
- The opposite end of this adapter has a C-Mount (1 inch diameter with 32 threads per inch) standard for all "C"inama photography movie cameras.
- For a 1.25" adapter to use C or CS mount CCTV type cameras with telescopes,threaded to accept standard 1.25" filters.
- For one high quality C-mount (male thread) to 1.25" (fit any telescope with 1.25" eyepiece tube) eyepiece convertor for telescopes.
- Watch the moon or even local scenery from your living room HDTV with a C-Mount Video Cam or any device with a VGA socket. The inside of the adapter is fully threaded to minimize reflections,made of black anodized aluminum.
SVBONY SV305 Pro Telescope Camera, 2MP USB3.0 Astronomy Camera, 1.25inch Astronomy Guiding Camera, Telescope Eyepieces for Astrophotography
- ST4 Guiding;SV305 Pro camera is designed with ST4 guiding port; Supporting the PHD2 software; and works with ASCOM plate form
- 1ms to 30min long exposure; Long exposure can reach 30 minutes;You can use it for planetary imaging; lunar and solar imaging and some bright deep space objects imaging
- Back-illuminated CMOS Sensor;The SV305 Pro uses an extremely sensitive IMX290 CMOS sensor; This sensor has very high QE and very low 0.7e- read noise; which improved sensitivity in the visible-light and near infrared light regions for industrial applications
- 128MB DDR Buffer;This buffer also allows a slower computer with USB 3.0 socket to capture every frame without loss even if the USB socket is occasionally busy with other peripherals; This buffer also makes it possible to run multiple cameras using one computer without USB transfer problems
- Any Area ROI Support; A smaller region of interest ROI is read out from the sensor; leaving the image scale of the object being imaged; unchanged; Allow arbitrary resolutions to be set
Alstar 1.25" Astrophotography Flip Mirror with Eyepiece Adapter - The flip Mirror for Precise Focusing
- An object that is accurately centred in the eyepiece will be simultaneously centred in the camera's field of view. You no longer have to worry about whether the object is correctly positioned on the chip - you know it will be.
- For precise focusing: In astrophotography, if you want to take successful astronomy photographs, accurate focusing is only one half of the story. The Alstar flip mirror makes it very simple to find both the exact focus point and also the correct positioning for your astronomy photographs. This small black box has a moveable flip mirror which shunts the light path 90°upwards or, alternatively, lets it pass through unhindered.
- Always sharp: If you tilt the mirror to the 45° position, the object will then appear in the eyepiece and you will be able to precisely focus it as usual. The helical focuser on the flip mirror lets you make the eyepiece and camera exactly parfocal with each other. This means that both elements will be in focus at the same time.
- Connectability: The Alstar flip mirror has a 1.25" connector which will fit onto any standard telescope. The helical focuser will accept any standard 1.25" eyepiece. There is a T-2 thread provided on the camera side - the standard fitting for all cameras.
- An advantage with all cameras: No finder is provided with popular webcams or astronomical CCD cameras for helping position the object on the chip. Only by taking test exposures is it possible to achieve both sharp focus and the correct object position. The flip mirror is a big help here as the object has already been centred and focused 'remotely' on the chip via the eyepiece.
SVBONY SV164 Telescope Filter Dark Frame Imaging Filter 2 Inch for Astrophotography Astronomy Filters for Eliminate Camera Noise and Hot Pixels
- Quickly capture dark frames to optimize photo quality; SV164 filter blocks all light from imaging camera sensors; help remedy camera noise and hot pixels; especially to ensure high-quality pictures in astrophotography
- 2 inch standard filter; SV164 dark frame imagin filter size is 2 inches; you can freely match all your equipment that accept standard 2 inch filter
- High-quality filter; SV164 dark frame imagin filter is made of metal; with black anodizing process on the outside; durable; no need to worry about fading and discoloration
- High-quality packaging box; the enclosed foam-lined plastic box secures the dark frame imaging filter during transportation and storage
- Various combinations; for example; the thread of the SV164 dark frame imagin filter can be directly connected to the filter wheel; Allows you to quickly switch between different filters; very convenient
SVBONY C Mount to 1.25 inches Video Camera Barrel Adapter Telescope Astrophotography Connect Standard 1.25 inches Filter Threads
- One side standard 1.25" barrel;fits 1.25" telescope focuser or other accessories
- For one high quality c-mount (male thread) to 1.25" (fit any telescope with 1.25" eyepiece tube) eyepiece convertor for telescopes
- See the moon or even local scenery from your living room hdtv with a c-mount video cam or any device with a vga socket;the inside of the adapter is fully threaded to minimize reflections;made of black anodized aluminum
- Threaded for standard 1.25" eyepiece filters;allows you use an astro filter for better imaging experience
- The telescope adapter has a diameter of 1.25 inches for insertion in place of a 1.25 inch telescope eyepiece;allows the camera to be put into standard 1.25" eyepiece holders
Sky-Watcher EvoStar 72 APO Doublet Refractor – Compact and Portable Optical Tube for Affordable Astrophotography and Visual Astronomy (S11180)
- EXPERTLY MATCHED GLASS: The EvoStar series features a matched doublet objective including one synthetic fluorite element, providing excellent color correction for visual and photographic uses.
- OUTSTANDING COLOR CORRECTION: Using the finest quality glass and proprietary Metallic High-Transmission Coatings (MHTC), EvoStar refractors produce tack sharp images with accurate color and minimal aberrations.
- PORTABLE TRAVEL SIZE: Using a compact design, this refractor is easy to transport and lightweight to support, making it the perfect travel companion.
- EVOLVES WITH SKILL: No need to replace this telescope as your skill set evolves. Whether you’re a seasoned astrophotographer or a budding novice, EvoStar refractors are versatile enough to use as your primary optical tube as your skill set improves.
- 10:1 DUAL-SPEED FOCUSER: No matter the eyepiece or camera, finding focus is a breeze with this 10:1 dual-speed Crayford-style focuser.
Telescopes A to Z - FREE
- Achromatic versus Apochromatic Lenses in Telescopes
- Basic Tips for Using Telescopes
- Creating Your Own Telescope
- Different Types of Telescopes
1. SVBONY SV205 Telescope Camera, 8MP USB3.0 Electronic Eyepiece, 1.25 Inches Astronomy Camera for Telescope Astrophotography
- Plug and play without driver;real-time dynamic observation by crystal clear image;the image sensor uses dark light compensation technology to greatly improve the camera’s image clarity in low light conditions
- In MJPG video format;you can record video quickly and the frame rate up to 30FPS at 2K resolution 1920×1080; You can also choose YUV uncompressed video format;the speed will be 15FPS per second at 3264*2448 resolution
- SV205 camera allows you to capture a real-time video and transport to your laptop or PC; Share the view of bright planets; the Moon; and terrestrial targets through your computer with friends; family; and fellow astronomy enthusiasts
- This camera uses a 8M Pixel IMX179 imaging sensor with 1.4µmx1.4µm pixel size; this telescope camera uses an extremely sensitive 1/3.2″ CMOS Color Image Sensor; the image is clear and the image quality is good
- The rewarding hobby of astrophotography;Great for lunar and planetary shots; machined aluminum 1.25″ adapter barrel for direct threaded connection to almost any telescope
Additional Info :
There are many options out there. We checked and reviewed the 10 best astrophotography telescope under 1000 for seniors to help you find a suitable item for you.
How Do You Buy The Best astrophotography telescope under 1000?
|#||Product Name||Popularity Score||Quality Score||Sentiment Score||Sales Volume|
|1||SVBONY T2 T Ring Adapter and T Adapter, 1.25 inches Metal Telescope Camera Adapter for Canon EOS...||
|2||Astromania 1.25" Extendable Camera Adapter - for Either Prime-Focus Or Eyepiece-Projection...||
|3||SVBONY SV205 Telescope Camera, 8MP USB3.0 Electronic Eyepiece, 1.25 Inches Astronomy Camera for...||
|4||SVBONY Telescope Filter 1.25 inches UHC Filter Astrophotography to Improve The Image Contrast...||
|5||T2 T Ring Adapter and T Adapter 1.25'' Metal for All Canon EOS Standard EF Lenses and Telescope...||
|6||Telescope retro hexagon astro photographer astrophotography T-Shirt||
|7||SVBONY SV48P Telescope, 90mm Aperture F5.5 Refractor OTA for Adults Beginners, Telescopes for Deep...||
|8||SVBONY Telescope Filter UV IR Cut Block Filter Infra Red Filter CCD Camera for Astrophotography...||
|9||T2 T Ring Adapter and T Adapter 1.25 inches Metal Telescope Camera Adapter for Canon EOS Standard...||
|10||SVBONY SV116 Guiding Scope Ring Kit for Telescope Tube Diameter or Finders 43mm to 70mm with Pair...||
On paper, any products made should be suitable for use by all people, but in most cases, the most important functions are hidden behind procedures that become insane. It is true that with almost all astrophotography telescope under 1000 we reviewed here are manufactured for adult, but very few do it in such a way that an elderly person can start them without having to ask how to do it.
So if you are looking for specific products for you or your loved ones, here are a series of recommendations that you should take into account
- Brand Value: When you are out to purchase a new astrophotography telescope under 1000 or any other product, brand value is one of the factors that you should consider. When it comes to buying a branded item you want to be sure that the brand value of the company is enough to stand behind its product.
- Features: Be sure to check out the features in-depth. This will ensure your purchase is completely satisfying. When it comes to finding the best options, features are the key choice factor.
- Specifications: Not all specifications are created equal. The specification you need to build your cabinets will differ from that of a deck or re-insulating your attic. Check the product above for a range of specifications they offer, and choose the appropriate one for your requirements.
- Product Value: This simply is how much bang for the buck you get from your astrophotography telescope under 1000.
- Customer Ratings: Number rating grade astrophotography telescope under 1000 objectively.
- Customer Reviews: Closely related to ratings, these paragraphs give you first-hand and detailed information from real-world users about their astrophotography telescope under 1000.
- Product Quality: You don’t always get what you pay for with an astrophotography telescope under 1000, sometimes less, and sometimes more.
- Product Reliability: How sturdy and durable an astrophotography telescope under 1000 is should be an indication of how long it will work out for you.
Preventelderabuse.org always remembers that maintaining astrophotography telescope under 1000 information to stay current is a top priority, which is why we are constantly updating our websites. Learn more about us using online sources.
If you think that anything we present here regarding astrophotography telescope under 1000 is irrelevant, incorrect, misleading, or erroneous, then please let us know promptly!
It is important that the astrophotography telescope under 1000 is not too expensive, or that it does not cost much to repair in the event of a breakdown or accident. As always, there are huge options, and depending on the idea we have, we will decide to invest more or less. Anyway, in this segment, you have some really interesting astrophotography telescope under 1000 for an emergency that is overpriced, as well as other more expensive ones that you probably don’t care about because most of the extra features are not going to be used.
Size and Style
Consider where you plan on storing your astrophotography telescope under 1000. Traditional astrophotography telescope under 1000 are usually designed to be smaller so that they take up less space. However, some astrophotography telescope under 1000 models can be reconfigured into built-in models that fit in a cabinet. Keep in mind that built-in models usually require separate trim kit purchases.
Ease of Use
No one wants a cumbersome astrophotography telescope under 1000 that’s a pain to use. But for seniors, the concern becomes whether a astrophotography telescope under 1000 is supporting your quality of life or if it makes using more difficult. Look for a user-friendly astrophotography telescope under 1000 that makes life easier. Look for larger buttons or labels that make it easier to use if you have a vision impairment. Prioritize simple controls as well. Consider whether you can easily move it, how easily you can grip the door if it’s easy to clean, and how you can interact with the product. And especially if you pick an over-the-range model, make sure that it’s positioned at a height that you can reach easily.
For seniors, the controls and how easily they can open and close a astrophotography telescope under 1000 box are going to be some of the most important features to consider. You’ll need to find a model that’s compatible with your strength and mental acuity. Not all seniors should downgrade to the simplest astrophotography telescope under 1000 with basic functionality.
Why should you buy astrophotography telescope under 1000?
If you or an older loved one in your life need a little extra assistance hearing your favorite program, a decent pair of TV headphones will do the job. The astrophotography telescope under 1000 for seniors can create a hassle-free and comfortable sonic experience, especially for people with health issues. These astrophotography telescope under 1000 can be used for long periods without discomfort and will offer convenience.
Are astrophotography telescope under 1000 Worth Buying?
Many consumers take advantage of online shopping by completing the entire process from their home computers. This makes online shopping even easier for seniors, who are looking to upgrade their homes without the hassle of going to retail stores. Online shoppers also save money when they use discount codes and apply coupons to their purchases. Senior investors can also trade certificates of deposits, stocks, and mutual funds at discounted rates through online investors’ clubs.
How Long Will astrophotography telescope under 1000 Last?
Do you have older parents or a spouse that needs help getting care when they’re alone? You can help them be safe and independent by looking into medical alert systems. The key is finding the right system for your loved one’s needs, which may require some investigating.
How long a astrophotography telescope under 1000 for aged people will last depends on several factors, like its quality, maintenance, and use. The product life of astrophotography telescope under 1000 changes significantly based on the type of materials and components used on it.
How long will stay in your home last? The answer is partly up to you, and what steps you take to make your home safer for aging in place. Adaptive products and safety devices can help one age in their own home for years to come.
Why should I buy a astrophotography telescope under 1000 from here?
These astrophotography telescope under 1000 are researched by our experts and customers who bought them. So there is no chance of purchasing the wrong product, which will spoil your money and time. You also don’t need to do any research, spend hours doing this, and risk buying the wrong product that may not work for you or may not be as per your expectations.
We handle all these things, and we just present you with the best astrophotography telescope under 1000 option based on our expert opinions and customer reviews. We also update our list regularly, so you don’t need to worry that these may not be the latest versions available or they may not be available in your country.
What to look for when buying a astrophotography telescope under 1000 ?
There are things you need to look for when buying a astrophotography telescope under 1000 . The first thing is to determine if the product fits your needs. The second thing is to look at the quality of the product. When buying a astrophotography telescope under 1000 you should also look for how much it costs. You should always consider whether or not the price of an item is worth the quality of that item. The last thing you want to make sure that any new product you purchase will last a long time. This means looking for warranties and guarantees.
Most companies do not offer warranties or guarantees on new products, but some do. You want to read about the latest products you are purchasing and find out if any guarantees or warranties are available. It’s always best to buy something with a warranty because this gives you peace of mind that your purchase will last a long time.


Ophthalmology Specialist Prof. Arif Koytak explained the drawbacks of marketing the so-called "smart lens" and surgically placed lenses in the eye as an ordinary cosmetic product and warned the patients.
Bezmialem Vakıf University Department of Ophthalmology Faculty Member Prof. Arif Koytak stated, “The 'multifocal intraocular lens', introduced as a smart lens, is a current model of the artificial lenses we have placed in the eye in cataract surgeries since the 1970s. Difference of multifocal lenses from standard (single vision) lenses; It is the claim of providing glasses-free vision not only at a long distance, but also at close and intermediate distances. However, a multifocal lens design has not yet been achieved, with the quality of vision capable of capturing the quality of vision provided by standard lenses or successfully imitating our natural lens. Some health institutions and physicians may view multifocal lenses as a product to be marketed and endanger the eye health of the society.
A physician should evaluate the patient and the patient should evaluate the treatment option correctly.
"Multifocal lenses should be recommended after a detailed patient evaluation, considering the current and future health problems of the patient, evaluating the lifestyle and expectations of the person, and most importantly, after the patient has been adequately informed about all positive and negative aspects of the procedure," said Prof. Arif Koytak and underlined the points to be considered about the smart lens:
• For multifocal (multifocal) intraocular lenses and glasses-free distance, close and intermediate vision, the person will have to sacrifice the quality of vision at varying rates. Some models have better near, some far, some intermediate range results.
• Disturbing light flickers, which we call dysphotopsia, are observed at varying rates in almost all patients in whom these lenses are used, and patients should be warned about these possible complaints in advance.
• Multifocal lenses impair contrast sensitivity and vision in low light more than standard lenses.
• People with occupations that require sensitive and detailed vision should stay away from multifocal lenses due to the above-mentioned side effects.
• These lenses should not be applied to young patients without any eye problems, just for the promise of relief from glasses.
• Multifocal lenses should not be applied to people who have eye problems other than cataracts, especially retinal diseases such as macular degeneration and diabetic retinopathy. These adversely affect the quality of vision of people with retinal disease.
• Placing multifocal lenses in the eye is a surgical procedure and this surgery has its own risks and complications.
Prof. Arif Koytak stated, “Undoubtedly, great developments have been made in the field of multifocal lenses over the years. Thanks to the developments in both lens design and surgical technique, significant reductions in the rates of side effects and complications, and serious improvements in visual comfort were recorded. It has reached a point where it promises a significant improvement in quality of life for many cases, provided that the patient and model selection is made correctly and the patient is adequately informed about realistic expectations, benefits and risks."
“There is no smart lens. There is a smart patient who can choose the most suitable lens for them based on the recommendations of a doctor whose experience and honesty they can trust, regardless of any advertisements.


Prior to talking about what LED straight illumination is, individuals should recognize exactly what an LED light is. LED mean light releasing diode. LED illumination is among the top lighting options in the whole globe. With the ever before increasing demand for sustainable techniques of using power, LED lights, which utilized to be exceptionally costly when, are now rather affordable.
Not just are they budget friendly, there are many different options, types as well as designs of LED lighting available nowadays! LED yard lighting, LED headlights, LED street lights, LED panel lights and now LED direct lights.
You may ask exactly how LED illumination is much lasting compared to various other lighting such as halogen light bulbs? The answer is that LED lighting makes use of less the amount of energy as a halogen bulb. However it produces two times the quantity of intense as well as white light. Plus, unlike halogen light bulbs, LED illumination is very long-term. It can last for 5-10 years or even more. Several LED lights models even have actually motion sensing units affixed in them which makes LED lighting much more efficient. The motion sensing unit transforms the light on if it finds motion. It lowers and also switches off when there is no movement detected. LED direct lights is no much less.
What Is LED Linear Lighting
LED linear illumination is basically a lot or group of light giving off diodes packed in one lengthy strip. This type of LED lighting assists brighten long areas such as offices, storehouses, manufacturing facilities, and so on. It supplies brilliant light which is directed to every nook and also cranny to make sure that everything shows up appropriately. You could visualize LED straight lights as fluorescent tubes, only that LED linear illumination is two times as long as the florescent tubes.
Why Do People Choose LED Linear Lighting?
Aesthetic appeals. LED linear lighting is very smooth and also appealing looking. If looks are necessary for you and you desire your house to look extremely modern and also neat, LED direct lights is the means to go. Not just do they illuminate the area adequately, there are tailor made layouts of LED direct lighting. All which are developed to fit your requirements and match the visual appeals on your house.
LED direct lighting constantly brighten the entire room even if it is put in one specific spot. This is due to the fact that LED straight lights has directional light. Not just does it offer light to various surfaces. It also provides the most sufficient illumination at just one spot where it is placed.
LED direct lighting has various colour temperature levels. From stark white as well as intense light to a warm white light, you could change the strength. You can additionally pick LED linear lights according to the different colour temperatures to the majority of fit the location where you want it set up.
LED direct lights is expense and also power effective. It makes use of the least quantity of energy to illuminate as well as create intense light. Given that it makes use of much less energy, that implies much less electrical energy and utility bills. The reduction in the electrical power costs are even essentially visible.
Select LED Linear Lighting as well as save money, energy as well as make your house look modern and also streamlined.
Here's more info regarding LED light solution visit the web-site.


Alva Optical Cable
The Alva Optical TOSLINK cable is a professional quality lightpipe solution for ADAT or SPDIF format
The ALVA Optical Cable, Professional, Toslink (ADAT or SPDIF) is a part of the ALVA range - a collection of durable audio products built to the highest standards.
Built with metal connector shells and a durable jacket around the optical fibres, the ALVA Optical TOSLINK cable will last a lifetime of use.
Alva Optical Cable Features
- Professional high quality, metal-shell plugs
- Available Lengths:
Alva Optical Cable Specifications
- Cable Color: black
- Cable Ø: 5 mm
Alva Optical Cable Includes
- 2 Meter Alva Optical TOSLINK Cable
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2018 CES Day 2 Round-up: Heavy-Duty Trucks, LiDAR Sensors and Smart Cities
by Trucks.com (Jan 10, 2018)
Velodyne: The leader in LiDAR sensors that enable automated features and autonomous driving when affixed to cars and trucks, Velodyne LiDAR unveiled new technology at CES on Tuesday. The company showed its VLS-128 system which features a wider field of vision and improved resolution. It also showed the compact Velarray which embeds more discretely into the vehicle's body.


Premium Quality Optics...Great Prices...Expert Customer Service
Meopta MeoStar CQ Tactical K-Dot Rifle Scope
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MeoStar 1-4X 22mm CQ Tactical Scope
Compact, rugged and ready for action. The new ZD 1-4X 22 RD is the next generation of Meopta's increasing line of tactical optical solutions. Meopta took the popular MeoStar R1 1-4X 22 RD, looked at it from the point of view of their serious tactical shooters and developed a scope perfect for AR platforms. The new ballistic K-Dot reticle and shortened main tube are distinctive features not to be missed. The Meopta MeoStar ZD 1-4X 22 combines the needs of aiming when shooting at short distances with a simple and quick setting focus to bigger distances. Clearly illuminated aiming mark is visible in all light conditions. Thanks to the collimator function at magnification 1X and illuminated red dot the scope is suitable for shooting with both eyes open, which is perfect for shooting on the move.
Universal rifle scope for shooting at short and medium distances
Tube made of special aluminum alloy
Seven levels of illumination
Can be used as a collimator
Suitable for automatic fire arms
Excellent light transmission
Designed for extreme conditions and tough demands
Rapid adjustment changes made possible by tri-cornered elevation and windage adjustment turrets.
Featuring true 1X magnification on the low end, with an incredibly wide 111 foot field of view, the 1-4X 22mm K-Dot is a perfect choice for dangerous game hunting applications. Due to the fact that the human eye does not need to adjust for a change in magnification from a normal sight picture when the scope is on X, the shooter's overall situational awareness is fully maximized, while target acquisition is lightning fast with both eyes open. This makes the 1-4X 22mm outstanding in quick, snap shooting situations. Meopta's Advanced Illumination Technology powers a 2 MOA dot at seven levels of intensity, with an off position between each level. This feature allows you to precisely adjust to ambient lighting conditions, as those conditions change, while eliminating the possibility of reticle flare in very low light conditions.
True 1X magnification makes for lightning fast target acquisition and maximum situational awareness with both eyes open. Premium grade precision lenses are fully multi-coated with MeoBrite 550 Ion Assisted lens coatings for an industry leading 99.8% light transmission per lens. Precision Meotrack positive click-stop windage and elevation turrets are 1/2" at 100 yards finger adjustable. Advanced Illumination Technology offers seven levels f intensity adjustment with an off position between each level. Fast focus eyepiece provides crisp imaging and precise reticle placement on your target.
|Order#||Reticle||Finish||Magnification||Objective Diameter||Field of View @ 100 yds (ft)||Eye Relief (in)||Internal Adjustment Range MOA @ 100 yds||Click Value||Tube Diameter||Overall Length (in)||Weight (oz)||Price|
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TODI Phone camera Lens for iOS and Android
The TODI camera lens is capable of being equipped on the front and the back lens of your phone offering a lot more versatility than your average camera lens. Not only that but it is even capable of capturing images at an ultra-high definition resolution of 4K (3840 x 2160 pixels).
This sounds like a very professional and therefore expensive device but it is actually very affordable. Take your portable photography to the highest level and experience what true precision and clarity looks like from the comfort and convenience of your smartphone.


Light The Night Leukemia Lymphoma Society Light The Night walks are a celebration of light to drive out the darkness of cancer Find a fundraising event near you or donate online today Seattle City Light Rebates Our rebates help you upgrade to energy efficient products, saving you money and electricity for years to come Home Energy Audit The first step toward Light Reading Light Reading is for communications industry professionals who are developing and commercializing services and networks using technologies, standards and devices such as G, smartphones, SDN light English Spanish Dictionary WordReference light Translation to Spanish, pronunciation, and forum discussions QA Why Is Blue Light before Bedtime Bad for Sleep In the modern age of technology it is not uncommon to come home after a long day at work or school and blow off steam by reading an e book or watching television. Design Within Reach The Best in Modern Furniture and Design Within Reach offers the world s largest selection of authentic modern furniture, lighting and accessories from designers past and present Infrared Infrared radiation IR is electromagnetic radiation EMR with longer wavelengths than those of visible light, and is therefore generally invisible to the human eye although IR at wavelengths up to nm from specially pulsed lasers can be seen by humans under certain conditions.It is sometimes called infrared light wavelengths extend from the nominal red edge of the visible spectrum Incandescent light bulb An incandescent light bulb, incandescent lamp or incandescent light globe is an electric light with a wire filament heated to such a high temperature that it glows with visible light incandescence.The filament is protected from oxidation with a glass or fused quartz bulb that is filled with inert gas or a vacuum In a halogen lamp, filament evaporation is slowed by a chemical process that Sacramento Regional Transit District Our love letter to you lower fares better service on buses and light rail. Terms and Definitions Solar System Glossary of space and planetary related terms A accretion Accumulation of dust and gas into larger bodies albedo Reflectivity of an object ratio of reflected light to incident light.
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Title: Free Download [Classics Book] ↠ A Light Within - by Darlene Mindrup ↠


Here at Dr. Andersen's, we are able to offer the highest quality lenses that give you maximum comfort and protection from harmful UV rays. Our partners at Carl Zeiss have been producing some of the worlds best lenses since the 1840s. They are famous for their attention to detail across all of their products. We are proud to offer their newest product- the Zeiss DriveSafe. This lens is optimal for driving at night as it reduces glare from oncoming headlights and bright streetlamps. In addition, the DriveSafe lens offers better visual contrast allowing for a more crisp clean image. This lens is available for both single and progressive lenses. Stop by today and ask about the Zeiss DriveSafe.
Zeiss Digital Lens
Zeiss Office Lenses


Open the General Image Settings dialog to define the basic settings for image control in the camera.
|Camera Selection||Select the lens that you want see on the Live and Guest screens or set the picture-in-picture mode to combine the images of both lenses (only for dual-lens cameras).
|Camera Night Switch (DY/NI)
(only Day&Night Models)
Day&Night camera models automatically switch between day and night lenses when the illumination falls below or exceeds the level set here. The higher the illumination value, the earlier the camera switches to the night lens.
To determine the best possible value for defining the night camera level, proceed as follows:
|Camera Time Switch
(all other models with dual lenses)
Switches to the other lens according to a Time Table, if the Camera Selection option has been set to auto.
If a time table profile is active or on (the symbol is visible), the camera uses the left image sensor. If the time table profile is not active or off, the camera will use the right image sensor.
Select the display size of the image.
When selecting Custom Size, the camera will use the image size specified in the Custom Size field (see below).
Enter the size of the customized image in pixels that is displayed if Resolution has been set to Custom Size.
The image will be cut from the next larger standard image format (160x120, 320x240, 640x480, 1280x960). If the image size defined here is smaller than the corresponding standard image format, clicking with the mouse near the borders of the image will move the image within the standard image in that direction (panning).
Example: An image with
Usually, the camera's digital zoom is controlled using the softbuttons (1x Zoom, 2x Zoom, 4x Zoom) or the Zoom control drop-down menu of the image settings on the Live screen. The settings of this option will influence how the camera zoom operates.
You can set the following options:
|Frames per second||Number of images per second that are recorded by the camera. When long exposure times are necessary to comply with poor lighting conditions, the frame rate decreases.|
|Mirroring||Using this parameter, you can mirror the image (but not the displayed text) vertically, horizontally and along both axes simultaneously.|
|Mirror & Rotate Image||
Using this parameter, you can turn the image (but not the displayed text) by 180°. It is recommended you use this feature only for indoor applications only as the camera warranty would be void otherwise (see below).
In order to improve image quality, you can adjust the sharpness control value. A lower value results in a smoother (less crisp) image.
If the value is too high, the image may appear noisy or blurred.
|Dark Noise Suppress||
Growing darkness results in image quality getting poorer. This effect is called image (or dark) noise.
The Dark Noise Suppress parameter minimizes this effect.
|Obscure Image Enable||
In some applications, certain image parts need to be obscured.
|Obscure Image Time Table||Select a Time Table profile to activate/deactivate the obscured image areas in a scheduled manner.|
|Obscuring Image Areas||
Defines the image areas that are to be obscured; every line in the definition box (e.g.
Format of one line:
Parameters of one configuration line:
Click on the Set button to activate your settings and to save them until the camera is rebooted.
Click on the Close button to close the dialog. While closing the dialog, the system checks the entire configuration for changes. If changes are detected, you will be asked if you would like to store the entire configuration permanently.


Ultraviolet light occurs naturally; it is a portion of the electromagnetic spectrum produced by the sun. As with visible light, it can be produced using both conventional mercury lamps and LED technology. Ultraviolet light is used in a broad range of applications including material curing, healthcare, and disinfection and sterilization of air, surfaces, and water.
Mercury lamps have been the most widely used UV light source but today, smaller, more robust and toxin-free, UV LEDs are available and capable of replacing mercury lamps in many solutions. The UV LEDs’ small size makes it possible to incorporate the technology into a broad range of consumer applications that help make people healthier and feel better.
UV LEDs use the same core semiconductor processes that are used to produce LEDs for illumination. They offer all the benefits of LEDs: long life, no mercury, no lead, small and robust and the germicidal benefits of ultraviolet light. However, none of the light emitted from the LEDs is in the visible portion of the electromagnetic spectrum.
Ultraviolet light is a form of electromagnetic radiation just like visible light, x-rays, and infrared light. The ultraviolet portion of the electromagnetic spectrum is between 10nm and 400nm. Visible light is on the spectrum from 400nm to 700nm and x-rays are in the range of 0.01nm to 10nm.
UVC light in the 200nm to 280nm range has been considered germicidal. Many assumed that 254nm was the optimum wavelength for disinfection but this was primarily due to the fact that peak UV light from mercury vapor lamps is 254nm. With no alternative solutions to the mercury vapor lamps little consideration was given to the effect of other wavelengths. However, with the advent of LEDs that can be ‘tuned’ to specific narrow wavelength bands, scientists have expanded their testing and analysis to truly understand the range of wavelengths that are effective for disinfection, sterilization and purification.
Scientists now describe a germicidal range that extends to 300nm in the UVB range. They have proven that wavelengths above 280nm are in-fact effective for disinfection and sterilization and that different germs respond to different wavelengths of ultraviolet light.
Wavelength, time, and intensity are they key factors in determining germicidal effectiveness. For example, two systems, one using UV light at 270nm and one at 280nm could have the same germicidal effectiveness. To achieve parity, the 280nm system may require additional time or additional power (intensity) and possibly exposure time.
The DNA, RNA and proteins of microorganisms absorb the ultraviolet light from RayVio’s UV LEDs. By absorbing this energy, a photochemical reaction is triggered that breaks the DNA’s chemical bonds and inactivates the bacteria, virus or fungi.?As a result, the germs can no longer reproduce or grow. The degree to which the germ population is rendered ineffective is usually reported publicly in the form of a percentage such as 99% or 99.9% effective.
The degree to which something is disinfected is a variable that can be measured. The typical convention is to claim that something kills 99% of germs or possibly 99.9% or more. The table below shows the standard reference from the Centers for Disease Control for reporting effectiveness. The CDC considers 99.9999% effective as sterilized.
Reduction levels of one million bacteria on a medical device are shown below.
90% reduction - 100,000 bacteria remain.
99% reduction - 10,000 bacteria remain.
99.9% reduction - 1,000 bacteria remain.
99.99% reduction - 100 bacteria remain.
99.999% reduction - 10 bacteria remain.
99.9999% reduction - 1 bacterium remains.
TRUVIOLET is the most advanced and effective UV LED technology available. It was designed and developed to kill germs everywhere, including in water, in the air and on surfaces. At the core of TRUVIOLET is digital UV LED technology. While UV light has been used for disinfection for more than a century, TRUVIOLET makes it truly safe for the light to be used at home as well as in professional settings and it eliminates the use of mercury which is better for the environment and people alike. TRUVIOLET is compact and powerful ultraviolet technology that is fast, convenient, and offers absolute control that improves the experience for the end-user.
TRUVIOLET makes it possible for health and hygiene companies to incorporate UV LED technology that is proven to be effective at 6-log rates (99.9999%) and can be digitally controlled and packaged with other sensors and electronics. TRUVIOLET is more than an LED; it’s a microchip of health – one that can change the world in sixty seconds.
RayVio’s UV light is highly effective against a wide range of microbes, including antibiotic and chemical resistant ones that cause hospital acquired infections (HAI)
UV light does not change the odor or taste of water or air that has been disinfected
RayVio’s small, compact UV LED sources enable end-use locations, like faucets, and portable applications
RayVio’s UV LEDs do not contain mercury or other hazardous substances that are found in other UV light sources


As well as laser cutting mild steel, zintec, galvanised steel, copper, brass and stainless steel sheet metal work our Trumpf 3030 3KW fibre laser is more than happy to cut aluminium sheet metal. The laser cutter can cut all commercial grades of aluminium with or without plastic peelable plastic films up to 6mm thick. Here at V and F Sheet Metal we tend to find that our customer base requires us to laser cut 5251, 1050A and 6082 aluminium alloy grades which seems to suit most commercial requirements.
Fiber laser cutting for sheet metal components presents a cutting-edge solution with several distinct advantages. Firstly, fiber lasers excel in precision, enabling intricate designs and complex patterns with minimal material waste. The technology’s high cutting speeds contribute to enhanced productivity, ensuring efficient production processes. Fiber lasers also exhibit versatility by effortlessly handling various metal thicknesses and types, from thin sheets to thicker materials. Furthermore, the process is characterized by its energy efficiency, reducing operational costs and environmental impact. The non-contact nature of fiber laser cutting minimizes tool wear, leading to longer equipment lifespan. In essence, fiber laser cutting offers a potent combination of precision, speed, versatility, efficiency, and sustainability for sheet metal fabrication.
We have shown below just a small range of the parts we have laser cut recently and more will be added over time to show off the versatility of the Trumpf fibre laser cutting machine.