The BASLER SPL4096-140KM Line Scan Camera is designed for high-speed industrial inspection tasks, offering exceptional speed and resolution for applications requiring detailed analysis of long linear objects.
Resolution:4096 pixels
Frame Rate:140 kHz
Sensor Technology:Linear CMOS Sensor
Wavelength Range:Visible Light
Temperature Range:-10°C to +50°C
Power Supply:12 V DC
Communication Interface:USB 3.0
Dimensions:120 mm x 10 mm x 60 mm
Weight:0.2 kg
Color Depth:16-bit
Storage Capacity:Integrated memory for on-the-fly processing
Experience unparalleled image quality with the BASLER SPL4096-140KM, featuring an area CMOS sensor that captures sharp, high-resolution images at a rate of up to 500 frames per second. This makes it an ideal choice for real-time inspection tasks requiring exceptional speed and accuracy.
Designed for versatility, this camera supports various illumination types including TTL, LED, laser, and fiber, ensuring compatibility with a wide range of industrial environments and applications. Its GigE Vision interface facilitates seamless integration into existing machine vision systems.
Operating within a temperature range of -10°C to +45°C, the BASLER SPL4096-140KM ensures reliability in diverse industrial settings. Its active air cooling system maintains optimal performance even under demanding conditions.
With a pixel size of 5 μm x 5 μm, this camera delivers fine detail in its captured images, enabling precise analysis and measurement in quality control processes. The 14-bit dynamic range ensures a wide spectrum of brightness levels is accurately represented.
The BASLER pylon SDK software compatibility empowers users to develop customized applications tailored to specific needs, enhancing the camera’s adaptability and utility in various industries. Whether in manufacturing, food processing, or logistics, the BASLER SPL4096-140KM offers a robust solution for automated inspection and quality control.
The BASLER SPL4096-140KM Line Scan Camera is designed for high-speed industrial inspection tasks, offering exceptional speed and resolution for applications requiring detailed analysis of long linear objects.