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Kawasaki Robotics says its CP110L palletizing robot will make its North American debut at PACK EXPO International 2026 in Chicago, October 18–21. The four-axis robot is rated for a maximum payload of 110 kg and a maximum reach of 2,505 mm. Kawasaki has not announced a separate order date or price in the North American debut release.
What is the Kawasaki CP110L?
The CP110L is a floor-mounted, four-axis articulated robot designed for palletizing: loading products onto pallets for transport. Kawasaki Heavy Industries announced the model on February 16, 2026, as part of its CP palletizing lineup. Kawasaki positions it for packaging, consumer packaged goods, and end-of-line automation.
Kawasaki emphasizes a compact body and a hollow wrist. The company says the design helps fit the robot into constrained installations and gives integrators more flexibility for routing cables and tooling. Kawasaki also describes its envelope measurements as class-leading; those are manufacturer comparisons, not an independent cross-vendor evaluation.
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Kawasaki Robotics (USA), Inc. announced on October 8, 2026, that the CP110L is scheduled to appear at PACK EXPO International, October 18–21, at McCormick Place in Chicago. The planned location is Kawasaki Robotics’ booth N-5933. This is a scheduled trade-show debut; the announcement does not establish a general commercial availability date or price.
What are the CP110L’s specifications?
| Specification | Kawasaki-stated value | How to interpret it |
|---|---|---|
| Robot type and axes | Articulated, four-axis | A palletizing robot configuration; the product page specifies floor mounting. |
| Maximum payload | 110 kg | A robot rating, not a guarantee at every pose or speed. Include the end-of-arm tool and wrist-mounted hardware in the application load. |
| Maximum reach | 2,505 mm | The maximum reach does not mean every point in that radius is accessible or useful. Check Kawasaki’s working-range diagrams against the actual layout. |
| Positional repeatability | ±0.05 mm | Kawasaki lists this specification and notes conformity to ISO 9283. It is not a complete-cell package-placement accuracy figure. |
| Robot mass | 820 kg | Use this in foundation, mounting, and installation planning. |
| Ceiling height to maximum reach point | 2,242 mm | Kawasaki states this figure and claims it is the smallest in the 110 kg palletizing robot class. |
| Revolute-axis interference radius | 453 mm | Kawasaki states this figure and makes the same class comparison; confirm clearance in the designed cell. |
Specifications and documentation vary by region. Kawasaki’s EMEA product page lists STEP and DXF CAD files, specifications, and manuals. Obtain the applicable load diagram and confirm combined tool-and-load inertia, mounting, and working envelope with Kawasaki or an integrator before designing a cell.
What does Kawasaki’s 2,200-cases-per-hour figure mean?
Kawasaki reports a rate of 2,200 cases per hour for a specific reciprocal-motion example: transferring 60 kg including hand weight, with a 400 mm rise, 2,000 mm horizontal travel, and 400 mm descent. This is a manufacturer-stated example, not an independently validated production rate or a guarantee for a customer line.
A real line rate depends on the carton, pallet pattern, gripper, approach and departure paths, acceleration, settling, and surrounding equipment. Ask Kawasaki or the integrator for the assumptions behind the figure and for a validated rate for the intended application. Compare rates between robots only when their load, tooling, motion, and cycle definitions are comparable.
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Kawasaki Robotics (USA) says its PACK EXPO demonstration will use one custom Piab end-of-arm tool to palletize boxed dog food and bagged cat food without changing tooling or the cell footprint. The announcement illustrates the intended flexibility of that demonstration—not universal compatibility with all bags, boxes, or product sizes.
The release does not identify the Piab tool model or publish package dimensions, pallet pattern, cycle conditions, full cell design, or independent test results. Buyers evaluating mixed-product handling should confirm gripper compatibility and performance with their own packaging, especially where flexible bags may deform or shift.
How should buyers evaluate the CP110L for a palletizing cell?
Nominal payload and reach are only starting points. Use the actual product, tool, layout, and production target to assess whether the robot can perform the required motion safely and at the needed rate.
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- Load: Add product weight to the gripper, hoses, brackets, and other wrist-mounted hardware; confirm the applicable load and inertia limits.
- Geometry: Check pallet dimensions and height, conveyor locations, stack pattern, approach and departure paths, and reachable poses—not just the maximum-reach number.
- Space and mounting: Verify floor footprint, ceiling clearance, arm and wrist interference, foundation requirements, and maintenance access.
- Cycle: Define package orientation, transfer distances, acceleration, settling, and the required sustained rate across a shift.
- Tooling: Test the actual package materials and sizes with the proposed gripper, and check cable and hose routing through the hollow wrist.
- Cell integration: Account for controller and power requirements, guarding and safety design, controls integration, commissioning, operator training, and service support.
Kawasaki’s February 2026 brochure notes Cubic-S as an optional safety monitoring function for the CP/RD palletizing family. Confirm regional availability and configuration with Kawasaki. A robot safety function alone does not establish that the complete cell is safe; the application needs an appropriate system-level safety design.
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Kawasaki’s launch announcement lists CP models with payload ratings of 110, 180, 300, 500, and 700 kg. Its broader palletizing brochure also includes the 80 kg RD080N. These figures describe different robot models, not a cross-vendor ranking. Choose against the actual combined load, reach, working envelope, installation constraints, and required rate rather than selecting by nominal payload alone.
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- [Material]: Constructed with premium sponge for enhanced elasticity and wear resistance; replaceable individually; filter mesh available
- [Features]: Housing constructed from premium aluminum alloy; compatible with external vacuum generators or blowers
- [Advantages]: High strength lightweight design; gripping capability accommodates diverse product specifications
Sources and product information
- Kawasaki Heavy Industries: CP110L launch announcement, February 16, 2026
- Kawasaki Robotics: CP110L product page
- Kawasaki Robotics (USA): North American debut announcement, October 8, 2026
- Kawasaki Robotics: February 2026 palletizing brochure
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
