OverviewThe ENGEL easix articulated-arm robot is engineered for injection moulding automation, delivering precise path following, flexible positioning and rapid parts handling. Its slim design enables compact moulding cells and use in confined spaces while preserving high freedom of orientation.
Control & integrationThe easix solution integrates jointed-arm robot control directly into the injection moulding machine control. Robot movement commands are available via the machine's graphical user interface, allowing operation without specialised robot programming skills and ensuring a single control environment.
Key benefits- Consistent operating logic through integrated control for improved comfort and efficiency
- Precise positioning in confined spaces
- High speeds and smooth path behaviour for rapid parts handling
- Flexible connection to a wide range of gripper solutions
Applications- Automation of large and complex injection-moulded parts (e.g. bumpers, instrument panel carriers)
- Handling and processing tasks requiring precise trajectory control
- Compact cell layouts for high area productivity
- Special environments such as cleanroom applications
Operation and automation advantages- Fully integrated robot control inside the injection moulding machine control
- No separate robot programming required; robot commands follow the machine control logic
- Seamless integration of standard and customised grippers for efficient handling
Gripper solutions- ENGEL Grip Tools: standard robot grippers for diverse applications
- Custom-designed grippers available for special process requirements
Technical specifications- Series / trade name: easix
- Brand: ENGEL
- Reach: up to 3,900 mm
- Payload: up to 240 kg
- Designed for compact injection moulding cells (slim robot design)
- Suitable for automation of very large injection moulding machines
- Control: fully integrated into injection moulding machine control (single control environment)
- Typical applications: automotive exterior/interior parts, large moulded parts, waste containers, tape-laying cells