Four Axis Pick and Place Robot
A compact four-axis SCARA robot for repetitive loading, unloading and component transfer. Designed for precise movement in a space-efficient cell.
RUNN ELECTRICCompare robot families for industrial handling, moulding, assembly and production cells.


Injection moulding automation
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Six-axis and four-axis manufacturing robots
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Flexible production automation
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Fast pick-and-place applications
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Integrated application work cells
↗Explore these six platforms with their available specifications and technical sheets.
A compact four-axis SCARA robot for repetitive loading, unloading and component transfer. Designed for precise movement in a space-efficient cell.
A four-axis handling robot for moving larger materials through packaging and palletizing processes. Its long reach can be integrated with conveyors and turntables.
A five-axis servo take-out manipulator for horizontal injection moulding machines. It handles finished parts and sprues with accurate, repeatable removal.
A compact four-axis, full-servo robot designed for medium-part handling, loading and stacking. Its 1.8 m reach supports flexible production layouts.
A parallel-link robot for fast, accurate sorting, picking and small-item transfer. Its compact suspended configuration suits busy conveyor lines.
A configured palletizing workstation combining a robot, lifting platform and operating system for end-of-line material handling. Image illustrates a workstation configuration.
Robot selection starts with what the production line must do. Open a family to compare its model codes, published figures and available drawings.
Review the process, part and tooling weight, working reach and the machine or fixture interfaces.
Start with the moulding machine, mould opening, part and sprue dimensions, extraction path and cycle time.
Consider operator interaction, payload including the end effector, reach and the application risk assessment.
Match product spacing, conveyor speed, item weight and placement pattern to the usable working area.
Plan fixtures, controls, guarding, inspection and access for maintenance alongside the robot.
Share the workpiece and tooling weight, required reach, target cycle time, available floor space, machine interfaces and the process you want to automate. The final configuration and safeguards depend on the complete application.
Explore robotic integration for complete cells, or review the robot catalogue for model information.
Discuss your project ↗Explore robotic welding, CNC machine tending and injection moulding automation before comparing model specifications.
Explore applications ↗Tell us what your process needs to do.