Kawasaki Will Debut CP110L Robot at PACK EXPO 2026

The new palletizing robot will launch in Chicago this October to address space-constrained manufacturing facilities.

Updated on Oct. 9, 2026 in Robotics

Kawasaki Will Debut CP110L Robot at PACK EXPO 2026

Live Poll

Is now a good time for small manufacturing facilities to invest in advanced robotic automation?

Kawasaki Robotics will introduce its new CP110L palletizing robot at the PACK EXPO International 2026 event, scheduled for October 18-21 in Chicago. This high-capacity system is designed to provide efficient automation while minimizing the spatial footprint required on the factory floor.

Why it matters

The CP110L aims to resolve common manufacturing limitations by offering a compact design that fits in facilities with restricted floor space and lower ceiling heights. It supports the growing industrial demand for automation, as more companies look to integrate advanced robotics into their logistics chains.

The CP110L features a 110-kg payload capacity and can process up to 2,200 cases per hour with a repeatability of ±0.05 mm. The 820-kg unit requires a ceiling height of 2,242 mm and utilizes a hollow wrist for internal hose routing.

The players

Kawasaki Robotics

This division of Kawasaki Heavy Industries specializes in the manufacturing of industrial robots and automation systems for global distribution.

The details

The robot is engineered with a power-regeneration function that converts energy from deceleration into electrical power to increase operational efficiency. It features four controlled axes and a maximum reach of 2,505 mm to optimize palletizing workflows in tight environments.

The PACK EXPO International 2026 event will run from October 18-21, 2026.

The Tech Race

The CP110L launch represents an expansion of Kawasaki's hardware lineup, positioning the company to better compete in sectors where space-saving palletizing solutions are critical. This release reflects a broader industry trend of adapting industrial robots to fit increasingly compact and efficient manufacturing layouts.

Manufacturing facilities facing high demand for throughput may benefit from the CP110L's ability to maximize output in limited space. The unit's power-regeneration technology could also provide long-term energy cost savings for operators.

The takeaway

Automated palletizing remains a focal point for companies aiming to boost throughput amid rising labor and space costs. Businesses should evaluate their specific vertical reach and ceiling clearance before integrating such large-scale robotic assets into existing lines.