High-throughput, high-quality area-scan cameras optimized for machine vision and outdoor imaging where speed and image quality are critical.

Key points:
– Performance: Latest CMOS imagers — up to ~10× faster than CCDs (e.g., 45 MP >50 fps; some 5 MP ≥250 fps). ROI raises frame rates further.
– Image quality: Low noise, high pixel uniformity, no rolling-shutter distortion (global shutter), large low-noise pixels for good low-light sensitivity.
– Advanced features: In-camera pattern correction, multi-ROI, true correlated double sampling (selected models), combined analog/digital gain control (selected models), high dynamic range modes (selected models).
– Robustness: Industrial-grade construction, vibration and shock resistant — suitable for 24/7 industrial use and outdoor applications (sports, traffic, surveillance).
– Value: High megapixels-per-second throughput with attractive pricing for high-performance machine-vision systems.

The JAI Sweep Series is a range of high-performance line scan cameras designed for demanding industrial imaging applications such as inspection, sorting, and web inspection. The series includes trilinear color, bilinear color, and monochrome models, offering high resolutions, fast line rates, and advanced image correction features.

Camera Types

• Trilinear Color Cameras
  • Single-sensor design with three RGB lines.
  • Available resolutions: 2K (3 × 2048), 4K (3 × 4096), 8K (3 × 8192), and 16K (3 × 16384).
  • High-speed interface options: 10GBASE-T, CoaXPress CXP-12, and Camera Link.
  • Includes sub-pixel spatial compensation and keystone correction for accurate color alignment.
• Bilinear Color Cameras
  • Compact design with two sensor lines (RB and G).
  • Resolution: 4K (2 × 4096).
  • Interfaces: 5GBASE-T for high-bandwidth transfer or CoaXPress CXP-6 for low-latency, real-time processing.
• Monochrome Cameras
  • Available resolutions: 2K, 4K, 8K, and 16K.
  • Line rates up to 277 kHz, among the fastest in the industry.
  • Select models feature 2-step TDI (Time Delay Integration) to improve sensitivity and signal-to-noise ratio.

Key Technical Features

• Large pixel sizes (7.5 µm, 7.0 µm, or 5.0 µm) for enhanced light sensitivity.
• Pixel binning options for improved sensitivity in low-light conditions.
• Versatile GPIO and trigger options for synchronization with lighting, encoders, and machine systems.
• Direct rotary encoder connection with resume scanning and trigger delay functions (select models).
• Region of Interest (ROI) to capture selected sensor areas and optimize processing.
• Chromatic aberration correction and advanced color space conversion (RGB to HSI, CIE XYZ, sRGB, Adobe RGB, or custom formats) on color models.
• Pixel sensitivity correction (DSNU/PRNU), Gamma, and LUT adjustments for improved image quality.
• High mechanical durability with 80G shock resistance and 10G vibration resistance.