In plastics processing, geometry, wall thickness and dimensional accuracy determine part quality and process stability. Whether it be extrusion, injection molding or thermoforming, every product must be inspected reliably directly in the running process. 3D laser profile sensors from AT Sensors deliver precise profile and geometry data and create the basis for automated, reproducible inline quality control.
Industrial plastics processing is characterized by high throughput rates, complex tooling and sensitive process parameters. Even small deviations in profile, wall thickness or part geometry can lead to functional issues, increased scrap or costly rework. At the same time, requirements are rising for continuous process monitoring and seamless quality control directly in production.
3D laser profile sensors from AT Sensors provide contactless inspection of profiles, contours and height information immediately after forming. Sensor solutions from AT Sensors capture geometry data independent of surface condition or gloss level, making them ideal for demanding plastics processes.
Typical applications in the plastics industry include profile and wall thickness measurement in extrusion processes, geometry inspection of injection molded parts, contour control of thermoformed components, and monitoring of dimensional accuracy and warpage directly after the tool. Even with changing materials and process conditions, the sensors deliver stable, reproducible measurement results.
The result is continuous quality control that reduces scrap, stabilizes processes and ensures consistently high part quality over the entire production period.

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