Pirinç sosu/Çinko Sap için taşlama Robotu ve Cilalama Ünitesi

CHARACTERISTIC

1.FUNAC robotic M-20Ia/35M
2.Program modular, programming easiness with self-learning system.
3.Programming method:demonstrator programming ,with protable handed device, contains manually mode to simulate the workmanship grinding and record the track; automatically operating model is available with pre-settled parameters program.  
4.Full digital control, the program can be saved and called at any time.
5.Rotary sand belt machine and multi - grade sandpaper grinding process can be completed at one time.
6.High precision, high efficiency.

Robotic cell for the polishing of door handles.
Features:

1.It includes 2 devices with 6 spindle units for the simultaneous polishing of 6 parts and 2 magazines for the automatic loading and unloading. Thanks to these two magazines, the operator can load/unload parts from one device while the other one is being processed which grants a non-stop process.

2.The Robot picks up a part and moves it through a laser to confirm it is properly positioned in the gripper. 

3.Once the part position is confirmed, the robot takes the part to an abrasive belt head and grinds and polishes the edge surfaces.  The End of arm tooling rotates the part to finish all sides consistently. 

4.The Robot then places the part onto a turn around stand to reposition and grind the other side.  

5.Two different grades of sand paper are used to ensure the parts are finished to the proper specification.  Customer achieve production rates of up to 240 part per hour.
 

Programming service

We provide Programming Service for process development and creation of robot programs for our customer's new parts.

Modification of existing programs to produce higher quality finishes and reduced cycle time.

Service is provided by one of our experienced programmers on site at the customer's facility.

V.Maintenance service

We provide preventive maintenance plan to making sure that Intec equipment used in your company is functioning with the highest possible degree of efficiency.