“AI meets Production”: Revolution through automation in inspection systems
Our Performance promise for inspection systems
Uncompromising
Real-time
Full Traceability
Error Rejection
Easy integration integration into your production processes
Technical data:
| Feature | Details |
|---|---|
| System variants | Inline inspection systems, offline testing systems, special solutions, 3D optical measuring systems, high-speed image processing |
| Areas of application | Medical technology, food industry, automotive industry, consumer goods industry |
| Testing technologies | 2D/3D image processing, laser triangulation, structured light projection, photometric stereo, telecentric, multispectral, AI & machine learning |
| Measurement accuracy | Up to ± 1 µm |
| Lighting | LED ring light, coaxial light, dark field, flash light |
| Test characteristics | Dimensions, shape, surface, completeness, position, color, solder/weld seams |
| Interfaces | OPC UA, MQTT, PROFINET, Ethernet IP, MES/ERP connection, robot integration, PLC compatible |
| Camera systems | Industrial cameras up to 50 MP, line scan cameras, 3D cameras (light section, stripe light, ToF) |
| Software | Intuitive interface, recipe management, deep learning, protocols, statistics, remote support |
| Advantages | Real-time testing, reduced waste, high process reliability, flexible integration, GMP/FDA/ISO compliant |
The possible applications for our inspection systems at a glance
Quality control – and inspection
The intelligent combination of hardware and software ensures optimal product quality. Several quality tests can be carried out at the same time, either directly in the production line as a 100% control or separately at a test station. Each inspection is documented in production statistics, so that deviations can be detected quickly and targeted measures can be taken to ensure consistently high product quality.
Sorting and robot handling
Camera systems are crucial for robotic handling and sorting of products, as they provide precise visual information. They allow the robots to detect, locate and manipulate objects correctly, regardless of size, shape or orientation. This increases efficiency and precision in automated processes such as packaging and quality control by allowing the robots to react quickly to different product types and minimize sources of error.
Hyperspectral technology
In the food industry, the hyperspectral camera enables the precise detection of foreign bodies and contaminants that are difficult to detect with traditional methods. By analyzing a wide wavelength spectrum, it can identify materials such as plastic or metal, as well as undesirable ingredients such as pesticide residues. This not only helps to improve product quality and safety, but also helps to meet the strict hygiene and safety requirements of the food industry and avoid recalls.
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