Événements et Webinaires

 

Smart components, strong expertise, and engineering guidance for robotics and automation.

 

Flexible automation depends on vision systems that work reliably across varying part positions, process conditions and handling sequences — not just in isolation, but as part of a complete motion and robotics workflow. At Automation Xperience 2026, STEMMER IMAGING demonstrates how machine vision integrates into automation architectures where part localisation, guidance stability and in-process verification are non-negotiable. 

What you can see at our booth: 

 

3D part localisation and robot guidance 

Reliable detection of part position and orientation in 3D — enabling stable pick, placement and handling even under real-world variation in part presentation. From structured light to profile-based approaches, demonstrated under conditions relevant to flexible production and logistics. 

 

Vision-guided robotics and handling verification 

Vision integrated directly into the robotics workflow: detecting part presence, verifying placement and catching errors before downstream process steps. Demonstrated with realistic handling sequences where vision quality directly affects repeatability and system reliability. 

 

Surface inspection and quality verification in automated lines 

Stable detection of surface defects, geometry variation and assembly errors — integrated into automated handling and inspection sequences. Designed for environments where consistent quality gates are required across full production runs. 

 

What STEMMER IMAGING brings to your evaluation:  

• Manufacturer-independent portfolio - compare approaches across optics, 3D sensing, lighting and compute
• Application-driven architecture support: from method selection through component choice to validation
• Engineering expertise across robotics, factory automation, logistics and handling applications
• MORE Services: project support, training, application engineering and integration guidance  

 

Industry 4.0 demands that automation delivers more than throughput - it demands traceability, consistent quality data and vision systems that hold up under real production conditions. At Tech For Industry Show 2026 in Paris, STEMMER IMAGING demonstrates how machine vision integrates into these workflows: from inline identification and surface inspection to 3D-guided robotics and in-process measurement.  

 

What you can see at our booth:

Inline identification and code reading at production speed 

Fast and reliable reading of codes and identifiers under real line conditions - including edge-deployed setups that run without a central PC. A direct approach to traceability where processing speed and robustness matter, demonstrated live on high-speed linescan imaging. 

 

Automated surface inspection and defect detection 

Stable detection of surface anomalies — scratches, inclusions, surface variation - across different part geometries and material types. Designed for continuous operation where consistent detection results across full production runs are required. 

 

3D-guided robotics and part localisation 

Reliable 3D detection of part position and orientation for stable robot guidance and handling - demonstrated in a live robotics workflow. From pick-and-place to verification tasks, see how vision quality directly determines handling stability and process repeatability. 

 

High-accuracy 3D measurement and surface reconstruction 

Dense 3D data for surface reconstruction, dimensional measurement and geometry verification - in-line and at production-relevant speed. Suitable for inspection, bin picking and quality control tasks requiring accurate depth data. 

 

What STEMMER IMAGING brings to your evaluation: 

• Manufacturer-independent portfolio — compare approaches across 2D, linescan and 3D sensing
• Application-driven component selection: camera, optics, lighting, processing and software
• Support from initial concept through to validated production setup 
• Regional engineering expertise and MORE Services: training, application engineering, integration support