Product

SICK, Inc.: ICR890-4 Pro Color Line Scan Camera


SICK is a leading manufacturer of factory, logistics and process automation technology worldwide. With more than 1,000 patents for its products, SICK continues to lead the industry in new product innovations. The diversity of its...
SICK Company Profile

The ICR890-4 Pro Color line scan camera is setting new standards in track and trace systems.

The ICR890-4 Pro Color line scan camera is setting new standards in track and trace systems.

SICK is launching the first ever color line scan camera, the ICR890-4 Pro Color. It is the first camera for track and trace systems that can dynamically adjust its focus and output additional color images. This enables the ICR890-4 Pro Color to deliver crystal-clear color and grayscale images at the highest conveyor speeds, which in turn reduces manual rework in automated logistics applications.

Tracking

With its ICR890-4 Pro Color, SICK is bringing to the market the world’s first dynamically focusing line scan camera with color images for track and trace systems. Its applications include 1D and 2D code reading tasks in transport and logistics processes. With its enhanced modular camera design, LED illumination unit, focus control unit, and high-performance decoder, the ICR890-4 Pro Color line scan camera is setting high standards for track and trace systems.

Item Detection

It enables incoming objects to be automatically digitized both at goods receipt and when handling item returns. This means it can be directly integrated into automated logistics processes, and seamlessly documented by distinguishing boxes from bags, identifying hazard symbols, or classifying objects by colored labels. In total, this can be used to create comprehensive master data for each respective object.

Faster Processing

At a throughput of more than 18,000 objects per hour at conveying speeds up to 4.5 m/s, the ICR890-4 Pro Color continues to deliver an outstanding image quality for OCR, video coding and vision applications thanks to the parallel output of a color and grayscale image. The images and data produced in the system can be further interpreted using SICK software applications. This reduces the amount of manual rework while enabling the goods to arrive at their destination even faster thanks to automated verification.