UV Cameras for Exploring Hidden Realms
Basler’s UV cameras allow a close examination of what lies beyond the reach of the naked eye. Utilize the high-quality ace 2 X UV camera to inspect wafer material, scrutinize complex structures, sort material or verify security features in applications extending beyond the visible wavelengths, all at a competitive price.
Outstanding Performance at Minimal Expense
Integrated into the renowned Basler ace 2 camera series and featuring Sony’s IMX487 Pregius S UV sensor, Basler’s UV cameras enable detection of wavelengths ranging from 200 nm to 400 nm. With this cutting-edge tecnology, you can now capture both visible and non-visible light with a single camera.
Basler ace 2 X UV cameras will impress you with their exclusive Beyond features, offering immediate added value in terms of performance enhancement and cost savings in operating vision systems. These unique in-camera features facilitate more efficient bandwidth utilization and greater flexibility in pixel size scalability.
Benefits of UV Cameras at a Glance
- UV Spectrum; Capable of capturing images in the invisible light spectrum with wavelengths from 200 nm to 400 nm.
- High sensitivity; Equipped with the highly sensitive Sony IMX487 Pregius S UV sensor with 1 MP resolution, global shutter, and backside illumination.
- Compactness; Small housing with proven 29 mm x 29 mm footprint.
- Standard interfaces; Available with USB 3.0, GigE, and 5GigE interfaces for high data throughput, supported by industrial PCs and embedded systems.
- Integrated SLP feature; Easy connection and control of different light sources via Basler’s SLP Controller.
- Large selection of matching UV components.
- Top price-performance ratio.
- High durability and reliability, plus 3-year warranty.
Use the UV Cameras across various applications
The ace 2 X UV cameras operate within the ultraviolet (UV) spectral range. Similar to the Short Wave Infrared (SWIR) range, materials exhibit different optical properties here compared to the visible range. This makes the technology particularly suitable for specialized applications beyond visible wavelengths:
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