- More compact island for robotic sole gluing systems.
- The conveyor belt has also been redesigned to reduce soiling and allow for less frequent and quicker cleaning.
- The software has also been modified: it is now simpler yet more precise in setting the parameters.
- The soles are now tracked as they move through the machine and the robot sprays the adhesive as it follows the sole. Greater efficiency and reduced processing times.
- Structured light 3D scanner for rapid acquisition of an upper on a last to create an accurate file of the profile that the robot will follow to prepare the shoe for gluing.
- It allows for fast programming of robotic machines.
- New: both the programming system and the production machine can work with traditional lasts, resulting in significant savings in terms of investment and production time.
- A new and special patented pincer has been developed that can handle 90% of lasts.
- The precision of the robotic processes is ensured by a vision system equipped with a 3D scanner that can detect any deviation from the programming parameters for each individual shoe and adapt in real time and autonomously, without stopping the process.