KAWASAKI CP500L Alternatives & Competitors

The CP series palletizing robots feature industry leading cycle times, a broad motion range, a space and energy saving controller, and easy-to-use palletizing software to program the robot’s operation. The CP300L palletizing robot has a maximum payload capacity of 300 kg, and it drives the flexible automation of end-of-line and distribution processes in a wide range of industries, as well as supports the highest production line efficiencies.

The CP series palletizing robots feature industry leading cycle times, a broad motion range, a space and energy saving controller, and easy-to-use palletizing software to program the robot’s operation. The CP700L palletizing robot has a maximum payload capacity of 700 kg, and it drives the flexible automation of end-of-line and distribution processes in a wide range of industries, as well as supports the highest production line efficiencies.

The CP series palletizing robots feature industry leading cycle times, a broad motion range, a space and energy saving controller, and easy-to-use palletizing software to program the robot’s operation. The robots drive the flexible automation of end-of-line and distribution processes in a wide range of industries, and support the highest production line efficiencies. WIth the lightest maximum payload capacity, the CP180L model's throughout is the highest of the CP series palletizing robots.

Designed specifically for palletizing applications, the Palletizer Series features five unique robots with payload capacity from 80 kg to 500 kg to suit most needs. With industry leading work range and reliability, Kawasaki's high-speed palletizing robots help companies improve production line efficiency.

The MOTOMAN MPL500 II 4-axis robot has a payload of 500 kg and a reach of 3,024 mm.

The MX500N robot has a maximum payload capacity of 500 kg and reach of 2,540 mm with one of the highest available wrist torque in the industry, which provides the ability to significantly offset heavy payloads from the tool mounting flange. Along with powerful motors, Kawasaki's original link design for JT3 (arm up-down) gives the robot the power to lift heavy loads without the use of bulky and limiting counterweights, maximizing the robot’s motion range and allowing for a compact footprint.

The MG15HL model is a highly rigid, wide motion range robot with an ultra-high payload capacity of 1,500 kg and maximum reach of 4,005 mm. Kawasaki's patented hybrid link mechanism for JT2 (arm out-in) and JT3 (arm up-down) makes it possible to achieve a maximum payload capacity without the use of bulky and limiting counterweights. The hybrid link mechanism gives the robot the power to lift and manipulate heavy loads with great ease and high repeatability. The second and third axes that affect motion accuracy use highly rigid ball screws with minimal backlash. This reduces arm deflection while enabling high positioning accuracy. The robot's unprecedented rigidity makes it ideal for high counterforce applications such as riveting, drilling, machining and friction spot joining.

The RS080N robot has a payload capacity of 80 kg, the highest of the R series robots, which are setting the benchmark for all small to medium duty Industrial (Articulated) Robots. The compact design, along with industry leading speed, reach and work range make the R series robots ideal for a wide range of applications throughout a multitude of diverse industries.

Cut cycle times and costs with the KR 100 PA. The design of this 4-axis palletizing robot is both progressive and practical. Most of the frame is constructed out of cast light alloy. The arm, however, is made from carbon fiber composite CRP. Because of this structural alteration, the KR 100 PA KR C2 is faster and lighter, while still maintaining strength. These features make this robot more affordable and effective. Regardless of the type of material handling, the KR 100 PA KR C2 offers reliability and versatility. With a small footprint, 3200 mm reach, and PC-based controller, this model fits in any manufacturing environment.