Automated Pick-and-Place Robot Cell
This injection molding automation cell coordinates robot motion, end-of-arm tooling and downstream positioning for repeatable part transfer.
Production Requirement
Pick-and-place projects must keep the mold-open window, part release direction and placement sequence aligned. The robot, EOAT and receiving station are planned as one cell so the molded part is transferred without unnecessary manual handling.
Cell Scope
- Robot take-out from the mold area
- Application-specific end-of-arm tooling for the part geometry
- Part orientation and placement at a defined downstream position
- Interface planning for conveyor, inspection, assembly or packing equipment
How KEFAN Engineers Plan the Cell
We review the injection molding machine brand, model and clamping force together with the mold layout, cavity count, runner arrangement, part dimensions, material, weight and release direction. The required stroke, payload, reach and tooling contact points are then matched to the available mold-open time and floor space.
Controls and Integration Points
- Machine signals and Euromap interface requirements
- Vacuum or pneumatic functions where the part and EOAT require them
- Defective-part separation, counting or sorting requirements
- Guarding, safety sensors and access for operation and maintenance
What to Confirm for a Similar Project
For a quotation, share part drawings or dimensions, material and weight, mold cavity layout, target cycle, required orientation, downstream equipment and site constraints. KEFAN can then recommend the appropriate injection molding robot, EOAT and automation solution.
Watch the Project Video
Discuss your pick-and-place application with the KEFAN engineering team and include your machine, mold, part and target-cycle information.