A pallet-truck-movable palletizer carries its robot and base to a new position, but the incoming conveyor and surrounding work area stay where they are. The JAKA Pro 16 system built with a MoveComponents palletizing base makes this distinction easy to see: the base includes defined pallet positions and detection hardware, while its placement within the production line is a separate relationship to establish.
JAKA’s March 9, 2026 description of the Just Automate solution identifies the robot, the MoveComponents base and OnRobot D:PLOY software. It describes a movable station, rather than a robot that navigates between lines under its own power.
What travels with the palletizing base
The documented base has a fixed pillar for the robot, sensors for pallet detection, two pallet positions equipped with zero points, reset buttons and a fixed location for the teach pendant. JAKA says the base can be repositioned with a pallet truck. Those components explain why moving the assembled station is different from unbolting an arm and rebuilding its support at another line.
The robot mounting and pallet-position arrangement belong to the station. The product feed, neighboring equipment and access routes belong to the destination cell. Treating these as two drawings helps reveal which relationships can be carried across and which need a new check.
| Relationship | What the announcement describes | What to establish at the destination |
|---|---|---|
| Robot to base | A fixed mounting pillar | The installed station and its specified setup condition |
| Pallet to station | Two pallet positions with zero points and detection sensors | Correct pallet placement and the intended detection behavior |
| Incoming product to robot | A palletizing application | Pickup location, orientation and approach for the destination line |
| Station to its surroundings | Pallet-truck repositioning | Space for the task, pallet exchange and access around the relocated station |
The destination column is an integration checklist derived from those relationships. The announcement does not provide a relocation or recommissioning sequence, so it should not be used to infer which buttons to press or which references the controller retains.
A pallet reference and a pallet-detection signal do different jobs
A reference identifies where the pallet is intended to sit relative to the station. Detection supplies information about a pallet at that position. In this product description, the zero points and sensors are named separately. The source does not specify a vision system that estimates an arbitrary pallet’s full position and orientation.
That distinction is useful when evaluating a demonstration. Ask the integrator to show the specified pallet placement, the signals used before stacking begins, and the response when a pallet is absent or incorrectly seated. The explanation should connect the mechanical location to the software state. A sensor being present in a parts list leaves that behavior to be demonstrated.
Moving the station can leave the pickup point behind
Suppose the assembled station moves from one conveyor end to another. Even if the pallet arrangement on the base is unchanged, the new conveyor may present cartons at a different height, angle or distance. The arm’s pickup and approach then need to be checked against that new relationship. This example illustrates the geometry; it is not a report of a tested relocation.
A different carton or gripper introduces another change. Use the complete load and path, not just the robot name, when reviewing the destination job. The robot arm selection guide covers the tool-plus-part load, wrist orientation and reach checks that apply here.
Request a relocation handover for the intended second line
Before choosing mobility as a purchasing requirement, describe the second location as carefully as the first. Give the integrator both layouts, the product presentation, pallet types and exchange arrangement. Ask which references and software settings are retained, which must be re-established, how pallet detection is checked, and what installation and safeguarding work belongs to each location.
The useful deliverable is a documented process for that pair of cells, including who performs the checks before production resumes. The base’s mobility saves rebuilding the station’s physical arrangement. The destination layout determines the remaining work.