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Application areas: Product surface defect inspection, image scanning, LCD panel defect inspection, connector pin flatness inspection, damage and appearance inspection of slender objects, damage inspection of metals with hairline cracks, etc.

Advantages

• Flexible design of illumination width, length, and size

• Wavelength and color temperature are selectable, and different color combinations are also possible.

• Easy to install and compact design

• The illumination angle can be adjusted arbitrarily according to usage requirements.

• You can choose a diffuser plate to increase the uniformity of the light source

High-intensity bar lighting for uniform illumination in industrial inspection

VISCONT 8 Channels Controller

The VC-08ES is an 8-channel LED light controller designed for demanding industrial vision applications. It delivers stable constant-current control with high-speed strobe output up to 100 kHz, making it well-suited for environments where consistent and precise illumination is critical. The unit supports a wide input voltage range of 12–48VDC and can output pulse current up to 20A, with continuous mode limited to 2A. Each channel operates independently, giving users fine-grained control over multiple light sources simultaneously.

The controller offers three operating modes — continuous, pulse, and switch — and accepts 8 opto-isolated trigger inputs (5–24V, common cathode) for direct synchronization with camera triggers and PLC outputs. Communication is handled via RS232 serial port and Ethernet (TCP/UDP), and the light source interface uses 5.08mm pitch terminals with four 4-pin connectors. It is compatible with most industrial LED lighting systems, making integration into existing automation setups straightforward.

Typical applications include PCB and electronics inspection, semiconductor inspection, medical imaging, and packaging and sorting systems. The VC-08ES operates in temperatures from -5°C to 50°C and humidity up to 85% RH (non-condensing), and has a compact footprint of 215 × 58 × 53 mm.

Precision lighting controller for synchronized multi-channel machine vision setups

Spectricon – Muses9-MS

MUSES9-MS spectral camera addresses the need for combining spectral information from UV-VIS-NIR-SWIR, as a means for advancing the imaging and analytical capabilities of spectral imaging. Spectral imaging in this ultrawide spectral range has been proved to be very informative in a broad range of applications. Satellite cameras (AVIRIS, SENTINEL I & II) is a typical example of spectral imagers covering such a broad spectral range, with certain imaging bands being dedicated to specific identification/quantification targets.

Unlike satellite imaging, commercial spectral cameras are dedicated to operate within certain fractions of the 365-1700nm range, due to the restricted spectral sensitivity range of the available imaging sensor chips. This implies that more than one spectral imager is required if one wants to cover this wavelength range. However, this option is very costly, is of high volume and weight and the direct comparison of the spectral imaging data is far from being a straightforward process.

MUSES9-MS is an all in one spectral camera operating in the 365-1700nm spectral range. It effectively addresses the demand for an integrated, low cost, volume and weight, enabling the direct comparative analysis of the acquired, information-rich dataset.

Multispectral snapshot camera capturing 9 spectral bands simultaneously

SVS-VISTEK BeyondVisible
[SWIR]

Extended perception

Properties of light that are invisible to humans can be made visible with cameras from SVS-Vistek. These cameras extend the standard industrial image processing system in terms of polarization planes or wavelengths from infrared to ultraviolet.

fxo992MCX-T

The invisible see and measure

Wavelengths from infrared to ultraviolet enable invisible markings, the identification of materials and much more. Properties of light such as polarization facilitate industrial inspection in many industrial applications with non-metallic materials. We offer highly sensitive cameras for technical and biological applications.

Features

SWIR wavelengths up to 1,700 nm
UV wavelength range from 200 nm
Only one sensor for SWIR and VIS wavelengths
High quantum efficiency and sensitivity
Measurement of the polarization angle
Separate intensities for horizontal and vertical polarization
Proven industrial machine vision design
GenICam and GenTL interface
Depending on model with GigE Vision, 10GigE, CoaXPress-12 or USB3 Vision interface

SWIR

Our SWIR cameras are based on Sony SenSWIR technology and our proven EXO and FXO camera designs. Due to the wide wavelength range and high sensitivity, they enable extremely compact inspection solutions in the VIS range from 400nm up to the SWIR range at 1700nm. Our innovative thermal design is the basis of the outstanding optical quality and the excellent dynamic range. The integrated 4-channel strobe controller supports complex analysis scenarios.

Sony SenSWIR sensor with 400 – 1700 nm spectral sensitivity and high quantum efficiency
Advanced two-point NUC (Non Uniformity Correction)
CoaXPress-12 for lowest latency and highest speed
10GigE for economical bandwidth and easy integration
LUT, binning, ROI, burst mode
Up to 60°C operating temperature
Industrial TTL-24V I/O interface with SafeTrigger, logic functions, programmable sequencers and timers, RS232 interface, electrical and optical inputs, GenICam and GenTL

ATTENTION: This product is subject to export control and requires written information on intended use and final destination!

exo990MGE

Industrial design

All of our special cameras for invisible properties of light are based on the proven camera concepts of the EXO series and the FXO series. While the EXO covers the established GigE Vision and USB3 Vision interfaces, the FXO series can provide the highest frame rates with its high-speed 10GigE and CoaXPress-12 interfaces.

A close thermal connection of the low-power optimized electronics and the sensor to the housing enables operating temperatures of up to 60°C. The integrated power I/O interface enables simple control tasks to be performed with hardware precision via the PLC functionality. Up to 4 LED lights can be controlled directly without additional drivers, ideal for the identification of materials. All Beyond Visible cameras from SVS-Vistek have the following features: Region of Interest (ROI), logical trigger functions (PLC) with programmable timers, sequencers and logic, electrical and optical inputs are specified with TTL-24V.
fxo993MXGE

Res0.3-5.2 MP

fps94.4-260 fps

Our Successful Industrial Vision Solutions

Satellite & Space Imaging – Custom Sensors

JM Vistec supplies imaging sensors specifically engineered for the space environment, from high-resolution TDI-CMOS line sensors for push-broom earth observation cameras, to radiation-hardened area array sensors for scientific instrumentation. Where no catalogue device meets your mission requirements, we design and build custom CMOS sensors around your specific payload needs.

Our team works with system integrators and satellite manufacturers to match sensor specifications to orbital parameters, optical designs, and mission lifetime requirements, whether that means selecting an existing device or developing one from the ground up.

Learn More

Food Manufacturing Industry – Automated Can Lid Inspection

Can Lid Code Pattern Inspection
Our system is designed to accurately inspect various code patterns on can lids, ensuring precise identification and quality control.

Pain Points:

Challenging Code Detection: Some code patterns blend with the background, making them difficult to distinguish and accurately detect.

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Automotive Industry – High Speed Seat Belt Defect Detection

High-Speed Inspection of Seat Belts – Cross Stitching
We developed a comprehensive machine vision system, combining advanced hardware and integrated software, to perform high-speed, precise inspection of seat belt cross stitching. This system ensures the accuracy and quality of every stitch, maintaining safety and compliance standards at scale.

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Manufacturing Industry – Stationery Quality Check Inspection

We developed an advanced AI Vision System designed to detect defects in pen components. This system performs precise analysis, establishing clear thresholds for Pass/Fail assessments to ensure consistent product quality.

Learn More