Drill holes, pipe interiors, undercuts – there are inspection features that no camera can access from the outside. They can still be detected optically, but not with standard setups.
Your scanner reads the Data Matrix code reliably. This does not mean that the code is correct – and certainly not that your customer's scanner will also read it.
You are currently viewing placeholder content from the standard version. To access the actual content, click the button below. Please note that this will involve sharing data with third parties. Unlock content Accept required service and unlock content More information Intelligent inline inspection – How VDL Steelweld ensures quality with MABRI.VISION Experience our VISION.SPECTOR live in…
Success Story: Testing System for Microfluidic Chips in Digital PCR Systems. In digital PCR systems, microfluidic chips are crucial for precise and reproducible results. A leading life science provider relies on our testing system – with measurable success: 5 µm feature detection in automated quality control, 3000% faster than previous testing methods, future-proof thanks to modular expandability, more reliable processes, shorter production times, and increased efficiency –…
Success Story: Testing System for High-Precision Miniaturized Medical Components. In medical technology, every detail counts – often on the scale of just a few micrometers. A leading manufacturer of miniaturized medical components relies on a testing system from MABRI.VISION to ensure the highest quality standards: Micrometer-precise testing – reliably detects defects from 0.2 µm in the Z-direction. Automated quality control – identifies and minimizes errors early. 258% throughput increase – faster testing processes for…
https://mabri.vision/wp-content/uploads/2025/07/Die-Zukunft-der-Fertigung-Warum-Machine-Vision-entscheidend-ist_Web.mp4 Why Machine Vision is Crucial: Production errors cost time, materials – and ultimately, trust. In an industrial world that is becoming increasingly precise, faster, and data-driven, traditional visual inspection is often no longer sufficient. Machine vision offers a sustainable solution: automated image processing that analyzes and evaluates products in real time and reliably detects deviations…
You are currently viewing placeholder content from the standard version. To access the actual content, click the button below. Please note that this will involve sharing data with third parties. Unlock content Accept required service and unlock content More information GANTRY.SPECTOR Our image processing portal system enables automated 2D and 3D inspections with advanced HALCON image processing and AI technology. Customizable for…
Increased production output with the ROBOT.SPECTOR! The ROBOT.SPECTOR is our answer to the growing challenges in modern production and quality assurance. Self-directed testing processes: The ROBOT.SPECTOR enables complete control over testing processes. Existing testing procedures can be optimized or new ones developed to meet current requirements. This flexibility ensures that quality controls are always efficient and adapted to…
Quality Assurance with SchauML – A Step Forward for Quality Control of Fabrics Sold by the Meter! The overarching goal of the SchauML research project was to prototypically implement the economically viable use of automated product inspection systems via machine learning for complex products in small and medium-sized enterprises, using complex textiles as a case study. The project received funding from the German Federal Ministry of Education and Research….
AI-driven robot inspection with the ROBOT.SPECTOR. Our ROBOT.SPECTOR stands out due to its combination of proven image processing technology and the innovative potential of AI-based deep learning. Integration of AI and machine vision: The ROBOT.SPECTOR utilizes traditional image processing methods and extends them with AI-supported deep learning. The deep learning algorithms enable precise anomaly detection, allowing even complex defects and…