Car headlight decoration System
We realized a pad printing work center that uses an anthropomorphic robot capable of printing different logos on different positions and angles without the need to move the headlight. We were able to achieve the highest printing quality, greatly reducing printing scraps, setup time, and operator intervention.
System for handling microfiber cloths
We designed and implemented a system for unwinding and stacking cloths, using two SCARA Shibaura robots, each equipped with a suction gripping hand and separate suction channels, capable of adapting to the size of the cloths to be handled. The implemented system does not require the intervention of operators.
Coat Hanger Decoration System
We realized a system for loading and spacing coat hangers alongside the injection molding machine. After the singularization phase, an anthropomorphic robot equipped with a special gripping hand picks up the hanger, aligns it in the correct printing position, and unloads it onto a dedicated line. The system has been configured as an island to serve the different injection molding machines in the factory.
Plastic Box Decoration System
We implemented a feeding system using motorized roller conveyors to feed two anthropomorphic robots equipped with self-centering pneumatic grippers. Each robot handles the loading of boxes from one line, their loading onto the screen-printing machine, and the unloading at the end of the line. No operator intervention is required in the printing process.
Capsule Decoration System
We developed a robotic system placed at the service of the printing line. An anthropomorphic robot simultaneously picks up 4 capsules from the line and places them on alignment stations. After proper orientation, the capsules are placed by the robot on dedicated supports, ready for the next printing step.