Precision in plastic production
Optical measurement and inspection technology plays a key role in processing plastics. It supports the plastic industry with precise quality control, real-time process monitoring and non-contact testing methods. By using 3D scanners, cameras and optical sensors, dimensional accuracy, surface quality and component parameters can be precisely monitored during production. This leads to early error detection, reduced scrap and optimized material usage. Automated inspection systems increase production efficiency, while non-destructive testing methods detect defects without damaging the components. The combination of quality assurance and process optimization ensures sustainable, resource-efficient plastics processing.
Detect errors reliably and efficiently
In plastics processing, flawless surfaces and defect-free components are crucial for quality and function. With Neuralyze®, our AI-based technology, we are taking inspection to a new level. Using Deep Learning, the system detects the smallest particles, scratches or cracks that are difficult to detect using conventional methods. Neuralyze® continuously learns from production data and adapts to individual requirements – from the detection of microscopic defects to the analysis of complex component geometries.
Quality of transparent material
PackagingVisual inspection systems verify the quality of transparent plastic packaging such as film or bottles. This includes surface inspection, leak testing, and reading and verifying fonts and codes. Even warped or reflective surfaces do not present a challenge for our camera systems.
Early detection of injection molding defects
Injection MoldingCamera systems and optical scanners check the surface of the injection-molded parts for defects such as cracks, bubbles or ridges. Optical metrology immediately detects deviations so that defective parts can be quickly sorted out or the process can be adapted. This ensures product quality and makes the production process more efficient.
Monitor dimensional accuracy inline
ExtrusionNon-contact laser technology is used to continuously measure the diameter, width, thickness or wall thickness of extruded parts, such as films or tubes. Our sensor technology ensures that the product meets the specifications. Irregularities on the surface or defects such as cracks, bubbles or material inclusions are quickly detected.
Our camera system uses position detection and completeness checks to ensure that trays are filled by a robot.
Learn how AI-based image processing from senswork detects bubbles, inclusions and defects in transparent sheets.
Discover the advantages of our 3D laser scanner, which ensures the product quality of polymer parts in high volume.
