- Solution
AI-supported,
software-defined
Error pattern recognition
The future of quality inspection.
Deep learning -
The game changer in visual quality inspection - across industries and products.
36ZERO Vision relies on a specially developed, data-centric deep learning approach. The algorithm detects defects down to pixel level, even under varying lighting conditions - and thus achieves an unprecedented level of accuracy. This automates visual inspection, eliminates pseudo defects and sustainably increases the reliability of your production processes. Data-centric AI is not just a solution for today - it is the foundation for a future-proof quality strategy. The performance of the system grows with every data set - just like your company.
Your advantages at a glance
- [1] Maximum accuracy:
Precise error classification instead of just „iO/NiO“. - [2] Elimination of pseudo errors:
Precise classification of known fault characteristics. - [3] Flexibility:
Adaptable to product variants, production lines and changing production conditions. - [4] Hardware agnostic & scalable:
Data pipelines can be used across products, production and locations. - [5] Added value through process insights:
Defect classification not only provides test results, but also insights for process optimization.
This is why companies rely on 36ZERO Vision ...
Do you have pictures of your products?
Proof of Technology of your AI for quality inspection after 45 minutes onboarding
3 steps to
AI-supported quality assurance
Upload
images
Train
AI
Integration
on-premise
Integration
in your production
Every production environment brings its own challenges.
Our Edge solution was developed in such a way that it can be integrated into existing lines regardless of industry and product and works with your existing systems.
Your Execution instance enables reliable and automated defect pattern recognition on-premise during operation - without manual inspections or time-consuming adjustments. Even the smallest defects on complex, reflective or heterogeneous surfaces are detected, which often escape the human eye.