Kawasaki Robotics Ltd

To meet the ever-expanding needs of our customers, we have released an innovative robot generation, the R-Series. These robots meet the increasing demands of our customers.

An extremely compact and lightweight design, the R-Series robots are built for high speed and rigidity as well as enormous reach.

An extremely compact and lightweight design, the Z-Series work well at high speed. Its rigid design comes complete with an  enormous reach. This robot was built for handling, welding, mounting, tending.

The Z-Series robots are known for:

• flexibility
• standardisation
• reliability
• funcationality
• intergration

The Y-Series robots allow for efficient fast Pick & Place operations. Its design allows for maximum speed and precision. Those features, combined with incredible stiffness, are the key factors of success of this robot. For added flexibility, the Kawasaki YF003N is produced by using lubricants with food specification.

The K Series line of painting robots combines high operational performance with powerful programming flexibility. With five explosion-proof models available, Kawasaki has a robot that will suit any robotic painting application, from a one robot paint cell to complete multi-robot integrated finishing systems.

The B Series line of body shop robots were developed using Kawasaki's proven advanced technology and extensive automotive experience to take performance to the next level. The robust, yet lightweight slim design achieves the sought after optimization of functionality, flexibility and investment efficiency for maximum spot welding effectiveness and multi-purpose use.

Kawasaki offers a full line of industry-leading semiconductor and electronics handling robots. These robots are built for use in cleanroom applications, including ISO Class 1. Speed, accuracy, and reach make these robots ideal for handling delicate semiconductor wafers, LCD panels, organic EL, and solar panels.

The M Series maximum payload robots incorporate a compact profile design with long reach and high wrist torque. With an impressive payload capacity of up to 700 kg, the innovative robot line design gives it the power to lift and manipulate heavy loads with great ease and high accuracy.

The "duAro" Dual-arm SCARA Robot by Kawasaki Robotics: A Brand-new Offering that Realizes the Concept of an innovative Dual-arm SCARA Robot

Designed specifically for medical and pharmaceutical applications, the new high speed the state-of-the-art MS005N and MC004N Robot meet the healthcare industry's processing equipment specifications for accuracy, consistency and cleanliness. Their features make these Robots ideal for a wide range of assembly, dispensing, inspection and material handling applications within the healthcare industry.

Designed specifically for palletizing applications, the Palletizer Series features five unique robots with payload capacity from 80 kg to 700 kg to suit most needs. With industry leading work range and reliability, Kawasaki's high-speed palletizing robots help companies improve production line efficiency.

Kawasaki's BA Series and R Series arc welding robots use the latest arc welding technology to rival the quality of a skilled human welder. The robots are equipped standard with arc welding specific software to enable quick and easy programming of the process path. Adaptive welding functionality is available to modify robot position, weave pattern and speed during welding to fill variable joints. Their built-in intelligence, flexibility and high accuracy make Kawasaki's arc welding robots ideal for a wide range of arc welding applications.

The B Series line of body shop robots were developed using Kawasaki's proven advanced technology and extensive automotive experience to take performance to the next level. The robust, yet lightweight slim design achieves the sought after optimization of functionality, flexibility and investment efficiency for maximum spot welding effectiveness and multi-purpose use.

Kawasaki’s new leading edge B Series spot welding robots offer through arm cable routing, a space saving design with a wide work envelope, as well as heavy-duty motors and advanced motion control technology to reduce manufacturing line build and digital engineering time, support installation in “high-density” applications and shorten cycle time by an average of 20%, all with greater spot control.