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The Wildcat+ 640 TE0 and WL series is based upon a state-of-the-art uncooled InGaAs detector with 640×512 pixels and 20 μm pixel pitch. The WL version uses a special windowless sensor package for laser beam analysis applications. The camera offers superior, high-resolution SWIR imaging capabilities, comes in a versatile and industry-proven Wildcat camera package (GenICam compliant) and offers advanced on-board image processing.
The Wildcat+ 640 TE0 and WL cameras output full frame images at 220 Hz via either a CameraLink or USB3 Vision interface.
The Wildcat+ 640 TE0 and WL is suitable for semiconductor inspection, display inspection (mobile phone and TV), microscopy and laser beam analysis.
Benefits & Features
The Xeva 320 series is based on an in-house manufactured InGaAs detector with a 320 x 256 pixel resolution.
The Xeva 320 cameras offer frame rates of more than 340 Hz. The camera comes with a CameraLink or USB interface.
A visible enhanced short-wave infrared (vSWIR) option for extended wavelength response into the visible band is available.
Benefits & Features
• vSWIR optional
• Sensor cooling available for increased exposure time range
• Low dark current
• USB and/or CameraLink interfacing options
• Versatility with gain modes
The XSL square (SQ) series, based on an in-house developed linear detector, offer affordable short-wave infrared (SWIR) line-scan images.
The XSL SQ camera modules are able to image line rates up to 40 kHz. The modules come with an industry-standard CameraLink, GigE Vision or QTE Samtec interface.
Depending on your imaging requirements, three resolutions of 512, 1024 or 2048 pixels are offered.
Benefits & Features
• High speed line-scan imaging up to 40 kHz
• High resolution
• CameraLink, GigE Vision or QTE Samtec interfacing
The XSW 320 series is based on an in-house developed, temperature stabilised InGaAs detector with a 320 x 256 pixel resolution.
The XSW 320 camera modules are offered with frame rates of up to 400 Hz.
The camera modules come with either a CameraLink, GigE Vision or QTE Samtec interface and features low weight and power.
Benefits & Features
• Flexible and easy-to-use
• CameraLink, GigE Vision, QTE Samtec interfacing options
• Low dark current
• Small SWIR area-scan camera module
The XSW 640 series is based on an in-house developed, temperature stabilised InGaAs detector with a 640 x 512 pixel resolution.
The XSW 640 modules are offered with frame rate of up to 100 Hz. The module comes with either a CameraLink, GigE Vision or QTE Samtec interface and features low weight and power.
We offer a visible short-wave infrared (vSWIR) option for extended wavelength into the visible band.
Benefits & Features
• vSWIR optional
• Low noise, low dark current
• CameraLink, GigE Vision or QTE Samtec interfacing options
• Versatility with gain modes
The XSW 320 Gated series is based on in-house developed, temperature stabilised InGaAs detector with a 320 x 256 pixel resolution.
The XSW 320 Gated modules are able to provide maximum frame rates up to 400 Hz. The exposure time of the sensor is configurable from 100 ns up to 1 ms in steps of 100 ns, or from 1 ms to 40 ms.
The module comes with either CameraLink, GigE Vision or QTE Samtec interface.
Benefits & Features
• Extremely short 100 ns integration time
• CameraLink, GigE Vision and QTE Samtec interfacing options
• Small SWIR area-scan module
Matrox® 4Sight EV7 is an industrial computer built for demanding multi-camera machine vision applications on the factory floor. Part of a long and solid history, the Matrox 4Sight EV7 is an evolution of its immediate predecessor, integrating a twelfth-generation twelve-core Intel® Core™ processor that includes acceleration for deep learning inference or prediction. A fanless design with multiple ports for GigE Vision® and USB3 Vision® cameras makes the Matrox 4Sight EV7 right at home in any production facility, keeping an eye on a single line or many production lines.
Matrox 4Sight EV7 vision controllers are supported by two comprehensive software platforms: Matrox Design Assistant® X is a flowchart-based integrated development environment (IDE), whereas Matrox Imaging Library (MIL) X is a software development kit (SDK) for more traditional programmers. Engineers and technicians can quickly configure and deploy machine vision applications to Matrox 4Sight EV7 vision controllers using the range of included software tools for video capture, analysis, classification, location, measurement, reading, verification, communication, and I/O operations.
Matrox® 4Sight XV6 is an expandable ruggedized computer designed for demanding imaging workloads. Its reliable platform is ideal for video acquisition, offering four full-height, half-length PCIe® expansion slots designed to host multiple cards, including frame grabbers operating at full performance. It can support up to three displays—VGA, DVI-D, HDMI™, and/or DisplayPort™—from the available outputs.
This powerful vision controller is the latest iteration of the Matrox 4Sight series, delivering desktop-level processing performance and ample expansion, all packaged in a small, sturdy casing. Powered by an eighth-generation Intel® Core™ processor, the Matrox 4Sight XV6 is capable of supporting intensive machine vision applications. Matrox 4Sight XV6 vision controllers are supported by two comprehensive software platforms: Matrox Design Assistant X is a flowchart-based integrated development environment (IDE), whereas Matrox Imaging Library (MIL) X is a software development kit (SDK) for more traditional programmers. Each software offers tools for video capture, analysis, classification, location, measurement, reading, verification, communication, and I/O operations so that engineers and technicians can quickly configure and deploy machine vision applications to Matrox 4Sight XV6 vision controllers.
Matrox® AltiZ1 is a series of high-fidelity 3D profile sensors. Each sensor features a dual-camera single-laser design that greatly lessens the scanning gaps often encountered at critical surface junctures because of optical occlusions. Unique algorithms running inside the sensor automatically generate various types of reliable 3D data—individual profiles, depth maps, or point clouds—obtained by smartly combining or selecting the pixel data from the two integrated image sensors, which is automatically sampled for a constant horizontal resolution.
+65 6748 5517
info@jm-vistec.com
10 Kaki Bukit Ave 1, #07-06, Singapore 417942