The right route starts with the application.
From CNC machine tending to controlled handling, a practical automation concept connects your workpiece, machine and production flow.
Compare the complete system.
Choose a route using the movement and integration requirements of the process. Each option needs suitable tooling, stable part presentation and a defined recovery sequence.
| Review point | Six-axis robot | Linear gantry | Dedicated handling |
|---|---|---|---|
| Movement | Changing orientation and defined multi-station paths | Defined linear or overhead transfer | Purpose-designed transfer sequence |
| Layout questions | Reach, footprint, guarding and access | Machine spacing, overhead clearance and structure | Station spacing, transfer travel and buffer access |
| Changeover questions | Gripper, fixture, programming and presentation | Gripper, stroke, presentation and sequence | Mechanism, fixture and process flexibility |
| Validate before selection | Payload at reach, approach and recovery | Axis loading, structure and machine access | Part variation, transfer reliability and recovery |
This comparison frames an engineering discussion. It is not a promise that one route will be faster or less expensive.
From process inputs to an agreed scope.
Define the process
Share your part, machine, current workflow and production target.
Compare the routes
Review robot, gantry and dedicated handling concepts against your constraints.
Agree the scope
Define interfaces, tooling, safety responsibilities and acceptance criteria.
Plan the handover
Align on trials, documentation, installation and operator training needs.
Tell us about the process.
We’ll explore the right automation.
Start with your part drawing, machine model or a short process video.