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Illuniation Unit. 6V 20W halogen lamp, adjustable brightness. S. S. S. S. Photo Unit. 4X Focusing photo attachment. O. O. CCD Camera. CCD Cemera and accessories.

Prompt responses to our many questions. A good selection of cameras despite shortages elsewhere in the industry and we have been able to specify some of these cameras to keep projects moving forwar... Prompt responses to our many questions. A good selection of cameras despite shortages elsewhere in the industry and we have been able to specify some of these cameras to keep projects moving forward. We continue to buy regularly. Read more Read less

Open source software is software that is free to use. We provide a list of open source software packages that are compatible with our machine vision cameras.

Daheng Imaging has a SDK free of charge that works with all Daheng Imaging industrial cameras. It includes programming examples and a demo program with user interface to easily set parameters (like exposure time) of the industrial camera. All different versions of the SDK can be downloaded from the download area.

Get Cameras were extremely kind to sponsor us with some amazing equipment for our RoboCup student team, Delft Mercurians. We had no issues with the cameras, they perform as advertised and enabled u... Get Cameras were extremely kind to sponsor us with some amazing equipment for our RoboCup student team, Delft Mercurians. We had no issues with the cameras, they perform as advertised and enabled us to continue with the project and the company was extremely supportive of us overall. The customer service staff was friendly, easy to approach and helped us select the appropriate products which fit our use case perfectly. Read more Read less

Machine vision lighting refers to specialized lighting systems that provide the necessary illumination for the camera to capture high-quality images. Industrial lighting is a critical component for applications such as inspection, identification and measurement. It provides steady, constant light and you can choose from a variety of colours available which also makes it possible to achieve high contrast. All machine vision lighting is available on our online store, with quick delivery times. A selection of the most popular lights are available on our local express stock for immediate shipping. There is also the option to customize the lights, choosing between sizes and colours. Whether it's long-distance bar lights, ring lights, backlights or any other machine vision light, customization is possible.

A telecentric lens is used in applications where high accurate measurements are required. This is because a telecentric lens has reduced image distortion, constant magnification, high resolution, no perspective errors and no lens shading. This results in an image where the magnification, light intensity and distortion are uniform across the complete field of view. With more than 100 options, our expansive portfolio of telecentric lenses offers a wide range of magnification and working distance options to suit diverse imaging needs. With customizable solutions, expert support, and our commitment to innovation, we help you achieve exceptional results in your machine vision application.

Figure 1: How an image is made with a scientific camera. Light (composed of photons) hits the sensor of a scientific camera (which is divided into millions of pixels) and is converted into photoelectrons. The quantum efficiency (QE) of the sensor dictates what percentage of photons are converted,our back-illuminated sCMOS cameras have a peak QE of 95%. Photoelectrons are then converted into a voltage, and then digital grey levels. This conversiondepends on the camera gain (howmany electrons are required to change to a new grey level) and bit depth (number of available grey levels), and is displayed on the computer monitor.

Our UV lenses offer a new way to inspect objects using ultraviolet light. Standard lenses are limited to the visible light spectrum or infrared and miss sensitivity in the lower wavelengths. Using the lower wavelengths it is possible to achieve inspections and analyses impossible with standard lenses. Our UV lenses are designed to match our UV Cameras. Pairing them with our cameras ensures high quality imaging results. Below you have an overview of all our models. You can also find at the bottom of this page more general information about the UV Lenses. If you have any question, you can contact us.

Cables for industrial cameras such as: - Screw lock cables for USB3 cameras - Screw lock cables for GigE cameras - I/O cables for machine vision - Screw lock cables for 10GigE cameras- Cables for Coaxpress cameras All cables are compatible with our industrial cameras and fully tested by VA Imaging.Beside the cables on our website we offer many custom cables in every length or connector needed, often with a MOQ of 1pcs. Contact us for the possibilites.

Notchfilter

Our industrial F-mount / M42-mount lenses have better optical performance than consumer SLR lenses. Due to industrial grade, our lenses can withstand industrial conditions and are available for a long time. Use our lens calculator to determine the correct focal length for your F-mount / M42-mount lens, or get in contact to get expert advice on selecting the most suitable lens for your computer vision project.

I ordered a 20MP USB3 camera including a lens 2 months ago for a datamatrix code reading application. In the beginning I was sceptic because of the low prices, but support by email was great. They ... I ordered a 20MP USB3 camera including a lens 2 months ago for a datamatrix code reading application. In the beginning I was sceptic because of the low prices, but support by email was great. They advise a lens and provided additional technical information. Unfortunately they don't offer a loan service, but I decided to try it. I had the cameras in house within 2 weeks and connection was easy. The SDK looks like the SDK from Basler so I felt directly comfortable with it. The camera and lens was a perfect match and now I'm able to read small DMC codes on large products with just a single camera. Read more Read less

The dynamic range of a camera is related to the full well capacity, and it describes the ratio between the highest and lowest signals that can be displayed. This is calculated by simply dividing the full well capacity by the read noise, as these represent the maximum and minimum readable signals respectively. Dynamic range helps to analyze the change in your sample, how do you know your signal has doubled if the sensor cannot capture it?

Besides the standard computer vision product portfolio, We provide customized camera, lens and lighting solutions, already at low volumes and for fair prices. Some examples of customizations are, custom firmware, custom lens mount, custom connectors, fixed focus and fixes aperture lenses, custom size lights and custom wavelengths. We have also developed OEM machine vision lighting and controllers for customer specific projects. If you can’t find a standard solution, please contact us and we can check if a customized camera, lens or light solution would be a fit for your project.

Top, good experience. Very attentive and quick to respond. Product arrived in good condition. Top, good experience. Very attentive and quick to respond. Product arrived in good condition. Read more Read less

VA Imaging’s CoaXPress cameras are designed for high-speed imaging, making them suitable for demanding industrial and professional applications. With the CoaXPress (CXP) digital interface, you get efficient handling of high-speed vision data, making these cameras perfect for applications like machine vision, medical imaging, and more.

Image processing software captures the images from an industrial camera and performs complex image processing tasks like segmentation, detection, code and text reading.

Fast delivery even without paying the speed premium Fast delivery even without paying the speed premium Read more Read less

If you are using a 12 or 16 bit camera to capture signals of ~100 electrons, you will constantly be scaling your histogram to the very bottom, meaning the majority of available grey levels are wasted. An example of this can be seen in Fig.4, where a standard fluorescent cell sample is imaged at 12 bit. The signal can be distributed amongst 4096 grey levels, but only occupies a small part of this range (Fig.4A). Only by scaling the image down to this small portion of the full available range (~600 grey levels out of 4096) can the signal be optimally displayed (Fig.4B). A bit depth of 12 is unnecessary as most of the grey levels remain unused, this would be suited to a much higher signal level (500-1000 electrons).

Figure 3: A cell stained with a mitochondria marker and displayed at different bit depths. At 1 bit each pixel can only be pure black or pure white, the result is an image with little quantitative information. Each increase in bit depth results in more information, up until 8 bit. The 8, 12, and 16 bit images appear identical due to the low signal level of the sample and monitor limitations.

Bit depth is an important factor involved when imaging with scientific cameras. By changing how the signal is presented, imaging can be done more efficiently: lower bit depths allow for greater imaging speed, smaller file sizes, and more efficient data transfer, with no downsides. With fluorescent imaging delivering typically low signal levels, see how your imaging systems could adapt to lower bit depths.

C-mount to M12 mount adapters, extension rings and focal length extenders for applications where standard lens solution are not providing the optimal field of view at the desired working distance. On the bottom of this page we explain how to use the different type of lens adapters like, C-mount to M12 mount adapter, extension rings and focal length extenders with M12 and C-mount lenses.

The dynamic range of a scientific camera is essentially the sensor 's ability to read very bright and very dark signals together. If a camera has a dynamic range of 4000 : 1 (ratio of highest to lowest detectable signals), it can only detect 4000 levels of signal, and using a 16 bit mode with 65,536 grey levels would be inefficient, this dynamic range is better suited to a 12 bit mode (4096 grey levels). Higher bit depth does not translate directly into a higher dynamic range, higher bit depths simply slice the signal more finely and do not affect the ratio between the highest and lowest brightnesses that a sensor can detect.

Image processing software captures the images from an industrial camera and performs complex image processing tasks like segmentation, detection, code and text reading.

Buy color and polarization lens filters for C-mount lenses and C-mount cameras to get more contrast in your machine vision application. At the bottom of the page you will find detailed information about the different color and polarization lens filters. Not all our machine vision lensfilter are added as seperate products, therefore on this page you can customize your own lensfitler by selecting the desired bandwith and size.

After CCDs came electron-multiplying CCDs (EMCCDs), which multiplied electron signals up to 1000x in order to increase the signal-to-noise ratio (SNR) for more sensitive imaging. Due to this multiplication signal levels were very high, meaning that EMCCDs were suited to a higher bit depth of 16 bit, spreading the signal over 65,000 grey levels. EMCCDs were well adopted by the scientific community due to the increased imaging speed and sensitivity compared to CCDs, and for a time the accepted bit depth for scientific imaging was 16 bit.

VA imaging has a strong portfolio of line scan cameras. They are designed for diverse machine vision applications. Below you can find an overview of all our models. If you don’t find the solution that you are looking for, you can check our custom line scan camera solutions. More general information, such as features and benefits of an industrial line scan camera, can also be found at the bottom of this page.

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Cameras are a vital technology in scientific imaging, working as an interface between light and a digital image. There are a number of steps involved to convert photons of signal from your sample to the image you see on your computer monitor, each step has variables and factors that can change the ways in which images are generated. Bit depth is one of these variables, by understanding how it can affect your images and improve your experiments, you can perform more efficient and informed imaging research. The journey from light to an image is displayed in Fig.1:

As this is also a visual concept it is described visually in Fig.2, which shows the available grey levels at different bit depths from 1 bit to 14 bit.

Ordered products were delivered sooner than promised, all ordered items were included in the package and we had no problems to make them work (cameras work with the attached software and with Matlab). Ordered products were delivered sooner than promised, all ordered items were included in the package and we had no problems to make them work (cameras work with the attached software and with Matlab). Read more Read less

Narrow bandbandpass filter

At lower bit depths there are less possible grey levels to convert the signal to, this makes the conversion process much faster. With our sCMOS cameras, the 12 bit modes run at double the readout speed compared to 16 bit modes, which makes 12 bit essential when high speeds are required. For example, the Prime 95B can only access the full 80 fps at full frame (1.4 megapixels) when in 12 bit mode.

Our UV cameras offer a new way of inspecting objects using ultraviolet light. Standard cameras are limited to the visible light spectrum or infrared and miss sensitivity in the lower wavelengths. Our cameras are equipped with the latest image sensors that are sensitive in the wavelength range of 200nm to 400nm. The capability of accessing lower wavelengths has made it possible to achieve inspections and analyses that would be otherwise impossible with standard cameras. Pairing them with our UV lenses ensures high quality imaging results. Below is an overview of all of our models. You can also find more general information such as features and benefits of an industrial UV Camera at the bottom of this page.

Explore our range of industrial 5GigE and 10GigE cameras available for purchase online. Equipped with sensors of well-known brands such Sony, Onsemi and Gpixel, they are suitable for high resolution and high frame rate applications. 10GigE cameras can achieve 10 times more bandwidth than a regular GigE camera, achieving 10 times faster frame rate at the same resolution as a GigE camera. They are suitable for applications where a high bandwidth is required with a long distance cables.To achieve the full bandwidth, simple pair our 10GigE cameras with our compatible 10GigE frame grabbers and 10GigE cables.Read all about 5GigE and 10GigE Vision camera interfaces in our machine vision Knowledge Center.

Use the lens calculator to calculate the required focal length of the lens, based on your working distance and field of view.

High quality components and service! My order was handled quickly and arrived ahead of schedule. Would recommend. High quality components and service! My order was handled quickly and arrived ahead of schedule. Would recommend. Read more Read less

Use the lens calculator to calculate the required focal length of the lens, based on your working distance and field of view.

Our industrial USB3 single board cameras for embedded vision are available online. Boardlevel / PCB cameras are suitable for product developments that require a single board camera module with small formfactor and low price.These board level cameras have a USB3 interface for power, communication and image transfer. A separate connector provides an input and output to sync multiple boardlevel cameras, hardware trigger the cameras or control external lighting. Board level cameras are often integrated in products of our customers, like Ophthalmology devices, ANPR cameras, handheld devices, metrology devices and digital microscopes.

SWIR cameras were introduced to the field of machine vision to augment the existing imaging technology and enhance precision and accuracy. They have the capability to reveal and detect objects that are otherwise inaccessible to the visible spectrum. Our SWIR cameras are Visible-SWIR, meaning that they can detect not only the SWIR range but also the visible field, eliminating the need of two separated cameras. The SWIR cameras can be used for a variety of applications such as moisture detection, semiconductors inspection or distinguishing different materials types. Besides the typical visible SWIR cameras, we offer SWIR cameras with the TEC cooling technology with the option of a fan. Using one of our Visible-SWIR lenses is highly recommend to pair with your Visible-SWIR camera. Our SWIR lenses in different focal lengths can be found here: SWIR lenses.

VA Imaging sells GigE cameras up to 65MP for industrial, OEM and machine vision applications. Our leanest prices are directly visible for each GigE camera and you can buy them directly online. The industrial GigE cameras are available with a wide variety of sensors of well-known brands such as Sony, Gpixel and OnSemi. The image sensor is integrated in a compact aluminium GigE camera housing, but on request the cameras can be delivered without housing as well.

C-mount lenses stand out as one of the most common types of lenses for industrial applications. This is because of its standardized thread and the compact design, allowing it to easily combine with any of our industrial C-mount cameras. Our C-mount lenses are manufactured and designed to meet the high standards of durability and reliability, these standards are required to withstand harsh conditions such as those found in industrial environments. Featuring high optical performance and precise focusing, they deliver sharp images over an extended lifetime. Almost all our C-mount lenses are available on our local Express stock. This means that they ready for immediate shipping after ordering. For high quantities of C-mount lenses, we also offer short delivery times. Need a special lens for your project? We also offer custom machine vision lenses.

Scientific cameras typically use bit depths of 8 bit and above, as below this level there typically aren 't enough grey levels to display basic details in an image. This is shown by Fig.3, showing a typical cell image at different bit depths.

The camera models in this category are EOL (end of life). This means that the cameras are not produced anymore. If you need a few pieces of a specific model, we still might have them available in our stock. Therefore contact us if you need one of these cameras, so we can check the stock. Also feel free to reach out for advise for the most suitable replacement.

Our Prime series of back-illuminated sCMOS cameras allow researchers to choose between 12 bit and 16 bit, with the majority using 12 bit due to the greater speed and most fluorescent imaging applications not needing a 16 bit range. Our newest camera, the Kinetix, goes one step further and offers 8, 12, and 16 bit modes. While early CCDs scaled 8 bit to the well, the Kinetix scales 8 bit to the signal, meaning that it can accurately detect and represent low light fluorescent signals at extremely high speeds and with half the file size. Our Prime and Kinetix cameras allow for flexible imaging with a bit depth that can be tailored to the signal level in the experiment. At this range of bit depths, data is being detected and presented, but it is vital for your imaging applications that your data is matched to depth. By changing from a 16 bit mode to 12 or 8 bit mode, there a many benefits.

VA Imaging offers industrial USB3 cameras up to 45MP and 1000fps+. These are used in industrial, pharmaceutical and machine vision applications. Our cameras comply with the industrial “USB3 Vision” standard. All USB3 cameras are equipped with a CMOS or CCD image sensor. Both cameras with and without housing are available. The USB3 board-level camera series is suitable for high volume OEM projects.

In order to produce the correct number of grey levels to display the range of signal, cameras can operate at different bit depths. Computers store information as 'bits ', where a bit can be 1 or 0. If a camera pixel was 1 bit, it would either be pure black or pure white and would not be useful for quantitative imaging. Each bit can display 2x grey levels, so 1 bit is 2 (21) grey levels and 2 bits is 4 (22) grey levels, as seen in Table 1.

In the commercial phase we had maximum support and delivery times were respected. The material is quite good with low and competitive costs. In the commercial phase we had maximum support and delivery times were respected. The material is quite good with low and competitive costs. Read more Read less

Ir blockingfilter

With sCMOS cameras offering a range of bit depths for different applications, it is good to know what happens when bit depth is changed and the benefits to imaging.

The narrow bandpass filters are used in combination with a machine vision camera and lens. Each machine vision lens has a filter thread to mount a bandpass filter. At the peak wavelength the transmission is above 90%. At the useful wavelength the transmission is above 80%. These bandpass filters are used to remove unwanted light frequencies, resulting in a more stable and sharper image.

Open source software is software that is free to use. We provide a list of open source software packages that are compatible with our machine vision cameras.

First remove at your own risk the protective filter inside the camera using this tool: VA-TOOL-KNIPEX-CMT-FLTMount the C-mount filterUse our C-mount to m12 adapter: VA-LADAP-LCM-LM12 to mount the m12 lensThis only works if the back focal length of the lens is larger than 5.9mm. The following M12 lenses are tested ok:- VA-LM12-12MP-1.85MM-F2.0-018-FISH- VA-LM12-12MP-03MM-F2.0-017- VA-LM12-5MP-05MM-F2.5-018- VA-LM12-10MP-05MM-F2.5-023- VA-LM12-5MP-06MM-F2.8-018- VA-LM12-5MP-08MM-F2.8-018- VA-LM12-5MP-12MM-F2.8-018- VA-LM12-10MP-12MM-F2.5-015- VA-LM12-5MP-16MM-F2.0-020 (up to working distance of 2 meter)- VA-LM12-5MP-25MM-F2.4-020- VA-LM12-10MP-25MM-F2.5-015- VA-LM12-10MP-35MM-F2.8-015- VA-LM12-10MP-50MM-F4.0-015It does not work with the following M12 lenses:- VA-LM12-5MP-02MM-F2.0-030- VA-LM12-16MP-03MM-F2.5-023- VA-LM12-5MP-03MM-F2.8-020- VA-LM12-10MP-16MM-F2.2-015

A very good company, I will continue to cooperate next time！ A very good company, I will continue to cooperate next time！ Read more Read less

Our industrial right angled cameras are developed for machine vision and computer vision projects with limited installation space. The lens mount is 90-degree rotated, therefore a good solution in applications where there is little space in height. The total length of the lens and camera is shorter since the C-mount lens thread is located inside the right angled camera housing. A total reduction in height of 50mm is possible, because the cables are mounted on the side of the 90-degree industrial right angled camera.

This article describes another factor of scientific cameras that affects both the full well capacity and the dynamic range, namely the camera sensor bit depth, as well as how to best match your application and signal level to a suitable bit depth.

It is a night vision technology to realize camera monitoring by actively emitting infrared light and using infrared beam reflected by the target.

To achieve the full bandwidth, simple pair our 10GigE cameras with our compatible 10GigE frame grabbers and 10GigE cables.

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Our industrial imaging cameras are available with USB2, USB3, GigE, 2.5GigE, 5GigE and 10GigE interfaces. The cameras are equipped with the latest image sensors from Sony, OnSemi, Gpixel and other well-known industrial image sensor manufacturers. On the bottom of this page we discuss the industrial imaging camera interfaces VA Imaging offers, as well the pro and cons. If you need further support with selecting an industrial imaging camera, please contact us.

Most common questions are already answered on our FAQ page. Questions about delivery times, warranty, loan, returns, longevity, manuals etc.

A further drop to 8 bit allows for extremely high speeds, for certain applications such as calcium/voltage imaging or when working with live, dynamic samples when speeds of >1000 frames per second are needed. The Kinetix operates at 500 fps at full frame (10 megapixels) when in 8 bit mode, allowing researchers to capture more than ever before. For high-speed applications, 16 bit mode is a limiter on the acquisition speed, especially as signal levels are likely to be low due to the low exposure times needed to achieve high-speed imaging.

Beside our strong portfolio for all standard applications, we can supply special lenses and custom machine vision on request.

Despite the differences in signal between fluorescence applications, this signal is still magnitudes below brightfield imaging. While fluorescent applications (live or fixed) rely on the detection of light emitted from the sample (in response to excitation light), this emitted signal is typically many times weaker than the excitation signal. In addition, the signal is limited to marked areas on the sample, meaning the majority of the image is black and the sample is white. With brightfield, samples are directly illuminated by light from a bright lamp being transmitted through the sample, with areas absorbing light. This results in an image where the sample is dark but the background is white, and the direct illumination means that signal is many times higher.

We share our machine vision knowledge in our knowledge center. Find tutorials how to connect cameras, install software & program I/O.

Figure 4: A low-signal fluorescent image shown at the full 4096 12 bit scale and auto-scaled to show the true range of signal. This low signal is occupying only a very small amount of the available bit depths. The same signal is shown at 8 bit, which easily supports this signal level.

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Due to the expense, EM decay, excess noise factor, low speeds, small field of view, and low resolutions, EMCCDs are being superseded by sCMOS sensors as a major imaging technology for the present day. As sCMOS sensors don 't use electron multiplication, received signals are not amplified and do not necessarily need the full range offered by 16 bit. As a result, sCMOS cameras can offer a more flexible range of bit depths.

Our universal machine vision camera housings protects machine vision cameras against moisture and dust. The lens settings can no longer be adjusted by operators. The enclosure has been tested in IP67conditions with our GigE, USB3 and I/O cables. It is one of the most affordable machine vision camera housing on the market

Microscope lenses allow precise inspection and analysis with a high magnification. Our microscope lenses consists of two parts and are carefully selected by us. By making this selection for you, we can ensure optimal image quality while keep distortion to a minimum. The lens is designed for use with C-mount fittings and can be mounted directly to our machine vision cameras with a sensor size up to 1.1”. Our lenses are available in models that include a coaxial light input and models that do not include this extra light input. The microscope lenses are compatible with our C-mount industrial cameras, enabling you to seamlessly convert an industrial camera into a digital microscope. Using microscope lenses allows you to capture high-resolution magnificated images.

Most scientific cameras operate at 8 bit or above, but different camera technologies have historically used different bit depths. The oldest camera technology, CCDs, used 8 bit in a different way. Classical 8 bit CCDs would scale to the camera full well instead of the signal, meaning that CCDs with around a 10,000 electron full well would be distributed amongst only 256 grey levels, giving you around 40-50 electrons per grey level. If a signal increased by 30 electrons, there would be no change in the grey level, meaning these 8 bit CCDs could not accurately represent the signal from the sample. This made it challenging to use these CCDs for fluorescence or low light imaging, and 12 bit CCDs became the standard from 2000-2010.

A SWIR lens is used when you need to capture images across shortwave infrared (SWIR) wavelengths. A Visible+SWIR type of lens allows for the simultaneous imaging of scenes or objects in both SWIR and visible light which enables applications such as multispectral imaging, where information from different parts of the spectrum is utilized. Our SWIR lenses are designed to match our SWIR Cameras. They come in different focal lengths, making it simple to choose the right one for your needs. Pairing them with our cameras ensures high quality imaging results.

The camera arrived on schedule and gives excellent images. Very good value for money. The SDK makes it very easy to acquire images into a program of my own written using C++Builder (about 2 hours p... The camera arrived on schedule and gives excellent images. Very good value for money. The SDK makes it very easy to acquire images into a program of my own written using C++Builder (about 2 hours programming). Read more Read less

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With fluorescent applications, the data should be matched to bit depth. The lower signal levels are better suited to 8 or 12 bit, by imaging low signals at 16 bit you are limiting imaging speed and unnecessarily increasing file size. Have a look at your application and signal level, and determine which bit depth is best for your imaging.

Color glassfilter

Chromafilter

While bit depth dictates the number of available grey levels for the signal to be distributed amongst, the gain is the factor that determines how many electrons per grey level. If the gain is 1x, an increase in signal of 1 electron results in an increase in the grey levels. With sCMOS cameras, different bit depths often have access to different gain states. This is important for imaging as certain gain states have different read noise, making a selection of bit depth and gain state vital for low signal levels.

Due to these limitations of eyes and monitors, monochrome images are typically viewed at 8 bit, even if the image was acquired at a higher bit depth. This is why quantitative scientific cameras are vital, as they can display how the signal is distributed among grey levels in an image and can detect differences in grey levels that are indistinguishable to the eyes.

Accessories for industrial cameras and machine vision lighting, like mounting plates, powersupplies, tools and other accessories

Beside the cables on our website we offer many custom cables in every length or connector needed, often with a MOQ of 1pcs. Contact us for the possibilites.

Our wide portfolio of M12 lenses start at a focal length of 1.85mm, offering a very wide angle solution for your application.

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Industrial cameras are used in combination with computer vision software for image processing and to automate processes. Essentially, a single industrial camera on its own is not a complete machine vision system. The computer vision software communicates with the industrial camera to capture images. The software then uses algorithms to detect important characteristics for image processing. The possibilities are endless but a few examples of applications are product type detection, product positioning, shape recognition, measurements, OCR.

The use of a AFZ / Varifocal lens enables you to adjust the focal length of your machine vision system, making it suitable for a wide range of applications and products. Zoom lenses are available in both a manual and motorized version. Motorized zoom lenses feature multiple tiny integrated motors which control the lens by adjusting the focus, focal length, and/or aperture, depending on the specific model. It empowers the machine vision system by enabling adjustments to be made when conditions change or optimize the lens setup for different product types and sizes without the need for manual intervention. To effectively control the motorized lens, we have developed a lens control board. This board enables you to control the motors (up to three) via USB or RS232 signal. Subsequently you can modify individual parameters and load one of the ten preset configurations.

As photons are converted to electrons by a sensor pixel, the electrons are stored in the silicon substrate of the pixel, known as a 'well '. In different camera models or different modes in the same camera, these pixels have a different full well capacity, which is the maximum number of electrons they can store and still display as an image. Some cameras offer full wells up to 80,000 electrons, meaning extremely bright samples can still be displayed, whereas some are much lower (100-1000), meaning they are suited to lower signal levels. Full well should be considered if your sample level is very high (brightfield imaging), if your sample can get significantly brighter and change over time, or if you are attempting to image bright and dim objects in one image. However, most fluorescent applications have low signal levels and are suited to a lower full well capacity.

We have bought a 20MP camera and lens with extension tubes to use it as a digital microscope in our lab. The support with selecting a lens was great. Connecting the USB3 camera was easy. We receive... We have bought a 20MP camera and lens with extension tubes to use it as a digital microscope in our lab. The support with selecting a lens was great. Connecting the USB3 camera was easy. We received everything on time. Read more Read less

- Machine vision camera mounting plates All accessories are compatible with our industrial cameras and fully tested by VA Imaging.

The customer service staff was friendly, easy to approach and helped us select the appropriate products which fit our use case perfectly. The customer service staff was friendly, easy to approach and helped us select the appropriate products which fit our use case perfectly. Read more Read less

Figure 2: Available grey levels for 1 bit to 14 bit. Starting at 2 grey levels, the amount doubles each time. Changes areclear from 1 bit to 6 bit but become less clear at higher levels. This is due to limitations in computer monitors and the human eye.

First I was a little bit sceptic about buying online industrial cameras. It’s a critical part for our machine. For a new product development there was a lot of price pressure. We needed a cheap cam... First I was a little bit sceptic about buying online industrial cameras. It’s a critical part for our machine. For a new product development there was a lot of price pressure. We needed a cheap camera. I called them and Caspar was providing great support. He even advised a cheaper camera than I had in mind. I was just surprised by the inhouse knowledge of get cameras about machine vision. Never expected this from a webshop. The image an built quality of the camera is also great. The camera feels and operates the same as our Basler cameras. Read more Read less

The customer service is quick, friendly and helpful, shipping takes place fast and the quality of cameras and accessoires is excellent. Very useful is also the provided software, including coding e... The customer service is quick, friendly and helpful, shipping takes place fast and the quality of cameras and accessoires is excellent. Very useful is also the provided software, including coding examples to implement the cameras in our systems. Read more Read less

VA Imaging is the official distributor for this powerful computer vision software package. On this page you can find several available software packages as well as success stories. Get in contact to be advised on the best software solution for your machine vision project.

Not all our machine vision lensfilter are added as seperate products, therefore on this page you can customize your own lensfitler by selecting the desired bandwith and size.

Do you need help selecting the most suitable M12/S-mount lens? Or if you cannot find an M12 lens in our webshop, please contact us. We can supply many other M12 lenses and have customized many lenses for specific applications of our customers.

Camera sensors convert photons into electrons, and these electrons are amplified into a voltage, which is the 'analog ' signal. This signal goes through an analog-to-digital converter (ADC) and is converted into a 'digital ' signal in order to be displayed as an image on a computer. The majority of scientific cameras are monochrome, meaning that the digital signal comes in the form of a grey level, ranging from pure black to pure white. The more intense the analog signal, the whiter the grey level, meaning that fluorescent images are typically displayed as a grey-white signal on a dark black background.

I contacted GeT Cameras to help out with selecting the best camera and lens solution for me. They provided great support. I ordered with express and received the products 2 days later :) I contacted GeT Cameras to help out with selecting the best camera and lens solution for me. They provided great support. I ordered with express and received the products 2 days later :) Read more Read less

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To effectively control the motorized lens, we have developed a lens control board. This board enables you to control the motors (up to three) via USB or RS232 signal. Subsequently you can modify individual parameters and load one of the ten preset configurations.

GeT Cameras in Germany made some photo's of our products to show the performance of their cameras and they looked perfect. Recently we purchased a camera with lens, and LED lights. We are not exper... GeT Cameras in Germany made some photo's of our products to show the performance of their cameras and they looked perfect. Recently we purchased a camera with lens, and LED lights. We are not experienced with machine vision but the installation worked out fine. After installation on our laboratory we were surprised again of the high quality of the photos and the versatility of this system. (options in Galaxy viewer and integration in Python. Recently we had an issue with the software and the customer support was able to give us the relevant information to fix it within one day. The next time we need a camera we will not be looking to other suppliers but contact GeT Cameras immediately. Read more Read less

Good site and perfect customer interaction. Good site and perfect customer interaction. Read more Read less

For brightfield applications, higher bit depths (16 bit) are a must due to the signal intensity. However, the same is not true of fluorescent applications, which often feature far lower signal levels and are typically not suited to higher bit depths such as 16 bit. For the majority of fluorescence imaging, 12 or 8 bit is optimal, which has the added benefit of increasing the image speed and decreasing the file size. A comparison of the signal intensities between fluorescence and brightfield can be seen in Fig.5.

Framegrabbers for: - Coaxpress interface - GigE, 2.5GigE and 10GigE Vision - USB3 vision Connect multiple industrial cameras to a single PC, using our Framegrabbers. It is possible to combine multiple framegrabbers into a single PC, creating possibilities to connect many cameras to a single pc.

We already have several of your cameras. These are for stock only. Since we are taking them into stock, that means we are happy with them. Only lead time is little bit longer. We already have several of your cameras. These are for stock only. Since we are taking them into stock, that means we are happy with them. Only lead time is little bit longer. Read more Read less

Figure 5: A comparison of the signal levels between fluorescence and brightfield imaging. Fluorescent images are dark with lower signal levels, suited to lower bit depths. Brightfield images are bright as suggested, suited to higher bit depths.

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This process is the same for all camera technologies, but changes in each of these steps can optimize the end result. Some important camera factors to consider before discussing bit depth are full well capacity and dynamic range.

Opticalfilter

To mount this filter you can use a tweezer or our special tool: VA-TOOL-KNIPEX-CMT-FLTThis filter works with all C-mount lenses we offer, but for some lenses a 1mm extension ring is requiredA 1mm extension ring is included when ordering this filter.When using the lens VA-LCM-5MP-35MM-F1.4-015, the filter inside the camera has to be removed first

These board level cameras have a USB3 interface for power, communication and image transfer. A separate connector provides an input and output to sync multiple boardlevel cameras, hardware trigger the cameras or control external lighting.

Our partner Zebra Technologies stands at the forefront of computer vision software. The well known Zebra Aurora Vision (previously known as Adaptive Vision) is a market leader for image processing software for industrial automation. VA Imaging is the official distributor for this powerful computer vision software package. On this page you can find several available software packages as well as success stories. Get in contact to be advised on the best software solution for your machine vision project.

We offer M12 lenses / S-mount lenses designed for industrial cameras at competitive prices. All our M12 lenses support relatively large image sensors. The supported image sensor size varies between 1/2.5" to 2/3". Our wide portfolio of M12 lenses start at a focal length of 1.85mm, offering a very wide angle solution for your application. Do you need help selecting the most suitable M12/S-mount lens? Or if you cannot find an M12 lens in our webshop, please contact us. We can supply many other M12 lenses and have customized many lenses for specific applications of our customers.

So far, all components meet expectation, it would be great, though, if 3d models for all components were available. So far, all components meet expectation, it would be great, though, if 3d models for all components were available. Read more Read less

The signal is spread across the available range of grey levels, the greater the amount of signal, the more grey levels needed to fully display the image. If a signal had a peak of 5000 electrons, but the camera could only display 100 different grey levels, the signal would be compressed and every 50 electrons would be converted to one gray level, meaning that a signal would have to increase by over 50 electrons before a change could be seen in the image. This would make the camera insensitive to small changes in the sample.

The cameras are a great value for money and the lenses also. The software is outdated and needs refreshing. It took me considerable amount of time to discover how to access the camera features. The cameras are a great value for money and the lenses also. The software is outdated and needs refreshing. It took me considerable amount of time to discover how to access the camera features. Read more Read less

Extremely fast service. I got the camera next day. Highly recommend the seller! Thank you! Extremely fast service. I got the camera next day. Highly recommend the seller! Thank you! Read more Read less

Board level cameras are often integrated in products of our customers, like Ophthalmology devices, ANPR cameras, handheld devices, metrology devices and digital microscopes.

Accessories for industrial cameras and machine vision lighting, like mounting plates, powersupplies, tools and other accessories

Not all our machine vision lensfilter are added as seperate products, therefore on this page you can customize your own lensfitler by selecting the desired bandwith and size.

In computer storage terms, 8 bits make up 1 byte, with storage in terms of megabytes, gigabytes, terabytes, etc. This means that 8 bit images take up one byte of data, and bit depths above 8 require more than one byte, with 12 and 16 bit images being scaled up to two bytes. This means that images taken with 12 or 16 bit have double the file size compared to 8 bit images. The Kinetix can not only acquire images at extremely high speeds in 8 bit mode, but data storage and transfer become far easier.

Maintained a good relationship and very good communication from start to finish to purchase the item. Maintained a good relationship and very good communication from start to finish to purchase the item. Read more Read less

sCMOS cameras offer a range of different bit depths, but it is important to know which is best for your application. Every imaging experiment is unique, working with different samples, light levels, and speeds. All of these factors affect which bit depth is right for your application. The main piece of information to know is the signal level, here are some factors to consider:

Bought quite a few cameras from these guys, prices are great, service is great, delivery times of the hardware is also very nice. Bought quite a few cameras from these guys, prices are great, service is great, delivery times of the hardware is also very nice. Read more Read less

The same signal is also shown at 8 bit, (Fig.4C) and with only 256 grey levels available the same signal is still easily accommodated. This represents how the signal would appear on the 8 bit mode of the Kinetix sCMOS, which still represents all the signal as data while running far more efficiently at higher speeds and with lower file sizes. For this signal level, you don 't need 12 or 16 bit.

OpticalBandpass filter

When taking high-speed or time-lapse acquisitions across multiple wavelengths or XY positions, experiments can accumulate vast numbers of images. Transferring or analyzing these large datasets takes up a large amount of computational processing power and time, at considerable inconvenience to the researcher. By dropping to 8 bit, images will be half the file size and become far more manageable. This results in easier data transfer, an issue which is becoming more and more important as camera speeds and sensor sizes continue to increase.

IO Industries' 2ndLook software for Windows and Linux is a flexible, cost-effective tool designed to record video from industrial GigE and USB3 Vision cameras in either the factory or the research lab. Troubleshooting a manufacturing process and the recording of scientific experiments are common applications for this easy-to-use video recording software. With the H.264 encoder option, it's even possible to record H.264 streams from an industrial camera.

Bandpass Filterthorlabs

Imaging fixed cells with a high-intensity laser and a widefield system would result in a far higher level of signal when compared to a high-speed spinning disk confocal system that images live cells or model organisms. By knowing your typical level of signal in your experiments, you can match this up to an optimal bit depth.

We sell industrial lenses with F-mount / M42 mount developed for machine vision cameras. Image sensors up to 35mm and 4K line scan sensors are supported.

Cables for industrial cameras such as: - Screw lock cables for USB3 cameras - Screw lock cables for GigE cameras - I/O cables for machine vision - Screw lock cables for 10GigE cameras

I liked that your team helped me chose the needed equipment by my description. The items that i have ordered are exactly what i have looked for. I liked that your team helped me chose the needed equipment by my description. The items that i have ordered are exactly what i have looked for. Read more Read less

We needed a vision camera for our project very urgently. They where able to deliver it in a few days time. They responded quick to my emails also when I needed support. They send me an article how ... We needed a vision camera for our project very urgently. They where able to deliver it in a few days time. They responded quick to my emails also when I needed support. They send me an article how to quickly install the camera and set the most important parameters. it was very helpfull and within half an hour we had a good live view image. We have also ordered the lens they advised. It provides a nice and sharp image. Read more Read less

We sell industrial lenses with F-mount / M42 mount developed for machine vision cameras. Image sensors up to 35mm and 4K line scan sensors are supported. Our industrial F-mount / M42-mount lenses have better optical performance than consumer SLR lenses. Due to industrial grade, our lenses can withstand industrial conditions and are available for a long time. Use our lens calculator to determine the correct focal length for your F-mount / M42-mount lens, or get in contact to get expert advice on selecting the most suitable lens for your computer vision project.

Accessories for industrial cameras such as: - USB2 cable screw lock - USB3 cable screw lock - GigE / 10GigE cable screw lock - I/O cable screw lock - PCIe card with 2x or 4x USB3 ports (USB3 HUB) - PCIe card with 2x or 4x POE GigE network ports- USB3, GigE, 10GigE, SPF+ and Coaxpress framegrabbers - Industrial camera enclosures- Machine vision camera mounting plates All accessories are compatible with our industrial cameras and fully tested by VA Imaging.

As seen in Figs.2 and 3, it is clear to see visual differences and improvements from 1 to 8 bit, but from 8-16 bits it is much harder to discern a visual difference, even though the number of grey levels doubles with each step. This is due to a number of limiting factors, including the computer monitor you are using to view this article, as well as the eyes you are using to look at the monitor. Computer monitors are limited to 8 bit per color channel, typically red, green, and blue (RGB). While these monitors can display over 16 million RGB colors (256 x 256 x 256), for monochrome viewing there are only 256 grey levels available, meaning your monochrome microscope images are being viewed as 8 bit through the monitor. This is similar to the human eye, which can see over 10 million colors, but only around 30-200 shades of grey. This poor grey vision is why we can struggle in low light conditions where colors are muted, and in areas of heavy snow.

I had ordered a camera but forgotten to include the required cable. the cable was ordered and delivered very fast. I had ordered a camera but forgotten to include the required cable. the cable was ordered and delivered very fast. Read more Read less

VA imaging staat in het midden van creativiteit en praktische toepassingen en levert beeldverwerkingsproducten die zijn ontworpen voor gebruik in innovatieve machines. Wij bieden u de machine vision producten waarmee u uw creativiteit op vernieuwende manieren kunt toepassen. Met onze camera, lens en verlichting vindt uw innovatie een concrete uitdrukking in de wereld van Vision & Automation Imaging.

At VA Imaging we offer high-quality, affordable lenses for industrial image processing and we have a wide range of industrial lenses with different mounting options such as: C-mount, M12 mount, F-mount, M42 mount and much more. We also offer a strong portfolio of specialized lenses such as: Telecentric lenses, SWIR, UV, Autofocus and Varifocal.Beside our strong portfolio for all standard applications, we can supply special lenses and custom machine vision on request.

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