ace 2 X visSWIR
SWIR Cameras & Optics: For beyond the visible spectrum
Compact design
Easily designed in thanks to the compact 29 mm x 29 mm housingHigh resolution and detail
Thanks to the highly-sensitive Sony IMX990/991 SenSWIR sensorsvisible + SWIR
Images in both the visible and invisible light spectrum, with wavelengths from 0.4 µm to 1.7 µmvisSWIR accessories
Wide range of visSWIR components suitable for short-wave infrared applications
High-resolution ace 2 X visSWIR cameras
The ace 2 X visSWIR equipped with Sony's IMX992 and IMX993 SenSWIR sensors delivers high resolutions of 5 MP and 3 MP with small 3.45 µm pixels. This camera in the proven, compact ace 2 design is available with USB 3.0 and GigE interfaces and can be easily integrated into your application using pylon software. Generate high-resolution images in the visible and invisible light spectrum with these incredible cameras at an attractive price.
Request test cameraPixel Correction Beyond
Pixel Correction Beyond is an improved, dynamic Defect Pixel Correction. This feature corrects possible pixel defects (like hot pixels and defect pixels) in our visSWIR cameras using an algorithm we developed. It performs dynamic corrections on the current images in relation to the image content directly on the camera.
More about Pixel Correction BeyondCapabilities of the ace 2 X visSWIR cameras
ace 2 X visSWIR cameras operate in the Short-Wave Infrared (SWIR) range. In this spectral range, many materials have different optical properties than in the visible range. This enables applications that are not possible in the visible waveband.
See below the surface
Light in the SWIR spectral range makes many materials transparent. As a result, short-wave infrared (SWIR) cameras allow a view of what lies beneath the surface. For example, defects in fruit and vegetables can be detected, fill levels in otherwise opaque containers can be checked, or electronic devices can be inspected to ensure they are fully loaded.
Temperature detection
SWIR cameras can be used above approximately 140°C for temperature measurement or estimation of objects. Different temperatures produce different levels of brightness in the SWIR spectral range, a property that can be used for process monitoring or to inspect weld seams, for example.
Typical applications in the SWIR spectral range
A large variety of applications exist for vision systems in the SWIR spectral range, extending from semiconductor inspection to recycling to quality inspection to sorting food products.
Interested in a solution with SWIR technology? Our team of application engineers can test your use case. Contact us, we're happy to help!