The 5.1 megapixel camera takes advantage of on-chip polarizing filters enabling greater fault detection on reflective surfaces such as metal, plastic and glass, previously undiscernible with standard sensors.

Vignetting Correction is a feature from Basler that corrects the described unwanted effect in a unique way. After a one-time calibration of the camera, there are no negative effects on frame rate or image quality as the correction values are stored in the camera and automatically taken into account in the image output.

Based on Thorlabs’ MEMS‐VCSEL swept‐wavelength laser source technology, these systems are available in both 100 kHz (VEG210) and 200 kHz (VEG220) variants.

The development kit consists of a dart BCON for MIPI camera module with a 5 megapixel resolution, a developer processing board based on a Qualcomm Snapdragon 820 SoC, a 96boards.org-compatible mezzanine board and the necessary accessories, such as lens and cables, with which users can start and test their system structure.

This camera has a 1500’ detection range, two speeds and a 2.4GHz transmitter, providing operators with a non-contact instrument to scan and visualize machinery and electrical equipment temperature distribution in military, manufacturing and other industrial applications.

The Ensenso XR stereo camera from IDS can calculate 3D point clouds itself. Afterwards, it transmits the data via Gigabit Ethernet or WiFi to a host PC for further analysis.

With S-mount lens holder, the See3CAM_CU55 is suitable for applications such as smart surveillance, digital microscopy, document scanning cameras, optical character recognition, smart parking lot management, microscopy/magnification, drones etc.

These sensors are specifically designed to meet the needs of system integration. The SDK including C+, C++, C#, Halcon, LabVIEW, OpenCV, Python and MATLAB assists application development.

The cameras are equipped with a standard USB3 Vision interface capable of running at 23.4 frames per second for 8-bit monochrome or raw Bayer images at full resolution (4112 x 3008 for monochrome and 4088 x 3000 for color). Power and triggering can be supplied via a separate 12-pin connector.

The GL4 uses interpolation electronics to provide up to 26-bits of effective resolution while onboard real-time 2D calibration ensures accurate beam placement over the entire field of view.

Typical applications include aerospace, automation, autonomous vehicles, high-speed communications, industrial controls, LIDAR, medical, material and chemical analysis, security, and wearables, among others.

The NanEyeM is also available in surface-mount chip form. The NanEyeXS and NanEyeM image sensors will be available for sampling in January 2019.

The NanEyeM features a custom multi-element lens which improves the effective resolution of the sensor. The MTF (Modulation Transfer Function) is >50% in the corners, distortion is <15% and color aberration is <1Px.

The camera variations include both standard JAI green housings, as well as special white housings for systems intended for hospitals, or clinical/laboratory environments where white housings are often preferred.

This system offers a user interface designed to be installed directly by the shop-floor employee. This means that no systems integrator is required at any step of the short set up process, and at any time later.

A feature of the 3rd generation Sony Pregius CMOS global shutter sensors is a Dual ADC mode where each pixel can be read out with two different gains. The PL-D757 and PL-D753 take advantage of this sensor feature by combining the dual ADC images into a single hybrid HDR image directly on camera, thus removing the need for any host processing.

This software solution from CoreTechnologie meets all the requirements for a consistent 3D master process. The viewer can be installed on a Windows tablet for use in the workshop and can be used in company networks or on the go thanks to floating and license borrowing functions.

This system is integrated with up and downstream equipment utilizing an on-board Beckhoff PLC. The system can be connected to a new or existing database to manage statistics for at the machine and from remote locations.

Matrox Professional Services offer in-depth support to customers, helping to recommend best methods and practices, and guide customers through their vision project development.

Used in combination with Xilinx Vivado Design suite, the Matrox FDK supports the development of custom FPGA configurations that relieve the host system of intensive image-processing functions.