Kawasaki to Launch Compact, High-Speed CP110L Palletizer in North America

Kawasaki Robotics has announced it will introduce its new CP110L high-speed palletizing robot to the North American market, with a formal debut scheduled for the PACK EXPO International 2026 event in Chicago. The new model addresses a critical need for end-of-line automation in facilities with significant space constraints, offering a 110 kg payload capacity and high throughput within a compact physical footprint. The robot is engineered for manufacturers, particularly in packaging and consumer packaged goods, who have been unable to automate due to limited floor space or low ceilings.

First launched globally by Kawasaki Heavy Industries on February 16, 2026, the CP110L expands the company's established CP series of palletizing robots. This new addition targets mid-range payload applications, filling a gap in the previous lineup which covered capacities from 180 kg to 700 kg. By extending its portfolio, Kawasaki aims to provide a viable automation solution for a broader range of industrial environments.

Kawasaki CP110L Palletizer: Key Specifications

The CP110L is engineered to balance speed, reach, and precision for demanding palletizing operations. According to the manufacturer, the robot can achieve a handling capacity of up to 2,200 cases per hour. This performance metric is specified under particular operating conditions, defined by Kawasaki as transferring a 60 kg load, including the weight of the hand or gripper, through a reciprocal motion pattern involving a 400mm rise, a 2,000mm horizontal movement, and a 400mm descent. This level of detail allows potential users to better assess its performance against their specific application needs.

In addition to its speed, the robot features an extensive range of motion, with a maximum horizontal reach of 2,505 mm and a maximum vertical motion of 2,433 mm. This large work envelope provides flexibility in designing cell layouts, enabling higher stacking patterns and accommodation for larger pallet sizes. For tasks requiring consistent and accurate placement, the CP110L offers a positional repeatability of ±0.05 mm, a critical specification for building stable and secure pallets, thereby minimizing product damage and operational errors.

Official technical specifications for the Kawasaki CP110L palletizing robot.
Specification	Value
Maximum Payload	110 kg
Maximum Reach	2,505 mm
Handling Capacity	Up to 2,200 cases per hour
Positional Repeatability	±0.05 mm
Required Ceiling Height	2,242 mm
Revolute Axis Interference Radius	453 mm

Designed for Space-Constrained Automation

A primary design focus of the CP110L is its ability to operate effectively in environments where automation was previously considered impractical due to physical limitations. Many existing manufacturing plants, logistics centers, and distribution facilities face challenges with low ceilings or crowded floors, which can prevent the installation of larger robotic systems. The CP110L directly addresses this by incorporating several compact design features.

The robot requires a ceiling height of just 2,242 mm to operate at its maximum reach point, a key dimension that opens up automation possibilities for facilities with vertical clearance constraints. Complementing this is its minimal revolute axis interference radius of 453 mm, a compact measurement for its payload class that allows the robot to be installed in tight work cells without impeding other equipment or workflows. This reduced footprint is crucial for retrofitting automation into established production lines without requiring extensive and costly facility modifications.

The robot’s hollow wrist design further enhances its suitability for confined spaces. This feature allows electrical cabling and pneumatic hoses for the end-of-arm tooling to be routed internally through the arm. This integration prevents external lines from snagging on nearby objects, reduces wear and tear, and simplifies offline programming by eliminating unpredictable cable movements.