Palletizer selection starts with the package, tool, pallet pattern, infeed, and cell layout. Compare the payload and reach with the complete application and use the robot maker's current cell and safety documentation.
A palletizing cell is a system of product handling, tooling, motion, controls, and facility layout. Start with the packages and stack pattern, then compare the exact robot and end-of-arm tooling against the whole application.
Gather the application data
| Input | Record before comparing systems |
|---|---|
| Product | Package dimensions, mass, surface, orientation, and variation |
| Pallet | Pallet dimensions, height limits, locations, and changeover needs |
| Pattern | Layer pattern, rotation, slip sheets, and empty pallet handling |
| Infeed | Conveyor height, product spacing, accumulation, and sensor data |
| Robot | Payload, reach, axes, mounting, repeatability, and controller for the exact model |
| Tool | Gripper type, tool mass, package contact points, and utilities |
| Controls | PLC, signals, safety equipment, recipe selection, and data requirements |
| Facility | Floor space, aisle access, utilities, guarding, and maintenance access |
FANUC’s R-2000/120R-39E specification page lists a 120 kg payload and 3905 mm reach for that model. Those numbers do not describe every robot or establish fit for an application. Compare the candidate’s complete specifications and application calculations.
Cell planning checklist
- Measure package sizes and weights across the full product range.
- Define pallet pattern, maximum stack height, and product orientation.
- Include the gripper and carried product in the payload and inertia review.
- Map the entire robot work envelope, infeed, pallet positions, and service area.
- Specify changeovers, layer sheets, empty-pallet handling, and operator controls.
- Confirm utilities, controller connections, safety equipment, and production data interfaces.
- Ask the integrator for the application assumptions, cycle-time basis, and validation plan.
For machining equipment, compare CNC routers and mills. For additive processes, see FDM vs SLA 3D printing. Browse palletizing automation.
Review the complete cell
A robot model page supplies model specifications. It does not establish the safety or performance of a finished cell. Follow current manufacturer instructions and have the integrated application assessed by qualified automation and safety professionals.
Sources
Common questions
Does robot payload include the end-of-arm tool?
Check the robot maker's payload and inertia specifications and include the tool and carried workpiece in the application calculation.
Is reach alone enough to select a palletizing robot?
No. Compare the full work envelope, payload, tooling, pallet layout, mounting, and cell constraints.
Are collaborative palletizers exempt from cell risk assessment?
No. Use the robot maker's current safety documentation and have the complete application assessed by qualified personnel.