Plastic & Composite Material

Polishing Robotic Cell for Motorcycle Helmets

The Polishing Robotic Cell for the helmet industry was first released in 2012 and offers standardized quality with an easy-to-setup, plug-and-play system. Requiring no robotic knowledge or supervision, it significantly enhances employee work quality and boosts productivity by 80%. The cell is light, mobile anddesigned for quick and easy maintenance. Built for long-term use, it can operate efficiently for up to 20 years without needing software or hardware updates.

Robotized Waterjet Blasting & Cutting Composite

IRBS has developed a robotized waterjet cutting/blasting cell for composite materials, leading to significant advancements in the industry. This technology drastically reduces cutting time from 3 hours to just 40 seconds and can handle pieces up to 15 meters long and 60mm thick. Released in 2015, the system is plug-and-play, requires no prior knowledge of robotics or cutting and boosts productivity by 75%, while reducing costs by 60%. It ensures 100% traceability of parts and is designed to last 20 years without software or hardware updates.

Robotic Packing Cell - Plastics Tubes

This Robotic Material Handling Cell automates the process of handling plastic parts, communicating with the manufacturing machine to efficiently pack 330 pieces per box. The robot optimizes space in the box, performing a task that would be difficult for humans to do consistently. Released in 2011, the system is plug-and-play, easy to set up andrequires no supervision or robotic knowledge. It significantly increases productivity, has low energy consumption and can adapt to various types of plastic parts, with a design lasting 20 years without updates.

Robotic Flaming Cell for Bumpers

This robotic cell incorporates an artificial vision system that autonomously selects routines, eliminating the need for manual confirmation. It enhances flaming processes for materials like polypropylene, improving surface adhesion before painting. By oxidizing methyl groups on the material’s surface, it boosts adhesion quality. Released in 2010, the system ensures standardized quality, easy setup andrequires no robotic knowledge or supervision. It improves work conditions, increases productivity by 30% andis designed to last 20 years without updates.