New CP700L


The new CP700L is designed to carry out logistics-related handling of cargo in boxes, bags and so forth. By using the same primary arm components as other CP-series palletizers and making the arm unit compact, the CP700L offers the industry’s lightest weight (1,750 kg) while achieving a maximum payload of 700 kg. The control unit is the same compact, energy-saving controller seen in other CP-series products. By adopting this controller and its power regeneration function, which reuses energy generated during deceleration in palletizing operations, this palletizer achieves reduced energy consumption and CO2 emissions.

The CP series, which was released in 2015, is the fastest line of robots in the palletizing robot industry. The three existing models—the CP180L with a maximum payload of 180 kg, CP300L with a maximum payload of 300 kg and CP500L with a maximum payload of 500 kg—have contributed to automation with increased speeds and higher load-carrying capacities in logistics operations both within Japan and abroad. The CP700L with a maximum payload of 700 kg was added to this lineup to further address customer needs in consideration of growing demand for increased efficiency and higher load-carrying capacities brought about by continuing globalization in the logistics industry.


1)     High throughput

The series has an enhanced drive mechanism for the arm rotation, which is key to speeding up palletizing work. It has the fastest throughput in the industry, 900 cycles/h. This allows faster process cycles, helping to speed up distribution.

2)     Wide working range combined with a lightweight, compact design

The series has a wide working range which supports a stowage range of width 1,800 mm, depth 1,600 mm and height 2,200 mm. By using the same arm parts as those found in past CP-series palletizing robots that achieved a lightweight, compact final product, Kawasaki has brought the CP700L’s weight down to 1,750 kg and reduced the rotation axis’ interference area for a more compact installation footprint.