Existing robotic cells and lines often hide reserves: waiting times, unnecessary movements and bottlenecks in the material flow. We analyse the process on site and with measured data, and find where time is lost.
Using AI-assisted tools, we search for optimal robot paths and shorter cycle times. Every change is first tested on the digital twin, so production keeps running and only proven improvements reach the real line.
1 Analysing the existing robotic cells and lines.
2 Finding bottlenecks in the material flow.
3 Using an AI tool to find optimal robot paths and shorten cycle times.
4 Testing every change on the digital twin before it goes into production.
1 Analysing the existing robotic cells and lines.
2 Finding bottlenecks in the material flow.
3 Using an AI tool to find optimal robot paths and shorten cycle times.
4 Testing every change on the digital twin before it goes into production.
Planning a new cell or improving an existing one?
Write to us – we will reply with the next steps.
Write to us