Kawasaki Robotics showcased a spread of superior automation applied sciences at Automate 2026 in Chicago, demonstrating how robotics, AI, machine studying, imaginative and prescient methods, and real-time management are reworking industrial automation.
Among the many highlights have been the debut of the brand new “RL030N” 8 Diploma of Freedom (DoF) robotic platform designed for Bodily AI functions, Kawasaki Robotics’ patented Pulseboard inspection expertise demonstrated in a stay robotic weld inspection system developed with Fives DyAG, and the introduction of the brand new MXP360L and BA013L industrial robots.
Demonstrated all through Kawasaki Robotics’ sales space, the applied sciences showcased clever automation methods able to superior movement management, precision inspection, and versatile manufacturing.
Caption: Kawasaki’s newest improvements included the patented Pulseboard inspection expertise.
Seiji Amazawa, president, Kawasaki Robotics, says: “At Kawasaki Robotics, we imagine the way forward for automation might be outlined by robotic methods that seamlessly combine notion, movement, and resolution making.
“Automate 2026 marks an necessary milestone as we introduce applied sciences designed to help rising Bodily AI functions whereas persevering with to ship the economic reliability producers rely upon.”
RL030N constructed for bodily AI functions
Making its debut at Automate 2026, the RL030N robotic was introduced because the trade’s first 8-axis robotic designed particularly for Bodily AI functions.
It combines high-speed movement, enhanced dexterity, light-weight building, and real-time exterior orchestration capabilities for dynamic and confined environments.
In contrast to standard industrial robots optimized for repetitive duties, the RL030N helps AI-driven functions requiring adaptive movement, impediment avoidance, confined-space manipulation, and sophisticated movement planning.
Its distinctive 8DoF structure provides a further articulation axis, offering larger dexterity and adaptability than conventional six-axis robots.
Caption: The RL030N robotic is the trade’s first 8-axis robotic designed particularly for Bodily AI functions.
The RL030N is powered by Kawasaki Robotics’ open KRNX real-time management API, enabling exterior AI software program, ROS environments, machine studying methods, imaginative and prescient platforms, and third-party orchestration methods to regulate the robotic in actual time.
Pulseboard expertise speeds weld inspection
Kawasaki Robotics additionally demonstrated its patented Software Tip Displacement Output Operate expertise, generally known as Pulseboard, built-in into a complicated robotic weld inspection resolution developed with accomplice Fives DyAG.
The system mixed a Kawasaki RS013N robotic, a laser 3D profile digital camera, and Kawasaki’s high-speed movement synchronization expertise to enhance inspection efficiency for advanced weld geometries and curved surfaces.
In contrast to standard inspection methods that require robots to cease repeatedly for picture seize, Pulseboard repeatedly synchronizes picture acquisition with the robotic’s tool-tip displacement.
In accordance with the corporate, this permits high-resolution imaging throughout acceleration and deceleration, permitting weld inspection to be carried out as much as 10 instances sooner whereas enhancing defect localization and decreasing setup necessities.
Wade Rickard, CEO of Fives DyAG Corp., stated: “The answer developed in partnership with Kawasaki utilizing the pulseboard delivers actual worth to our clients. It accelerates inspections, identifies defects, and maintains the very best degree of high quality with out slowing or sacrificing manufacturing time.
“Along with Kawasaki, we ship an progressive high-speed inspection resolution that redefines effectivity, enhances reliability, and allows smarter operations.”
Closed-loop meting out with Coherix
Kawasaki Robotics additionally showcased its BU015X seven-axis robotic in an adhesive meting out and inspection demonstration developed with Coherix.
Designed to simulate an automotive manufacturing atmosphere, the system utilized sealant to a Ford F-150 door pores and skin whereas repeatedly measuring and mechanically adjusting adhesive bead placement in actual time at speeds of as much as 400 instances per second.
Combining Kawasaki Robotics’ hollow-arm robotic design with Coherix’s 3D laser-based Adaptive Course of Management expertise, the system used machine studying and real-time course of optimization to assist producers scale back defects, materials waste, labour prices, and rework whereas sustaining full production-line speeds.
Scott Childs, senior director, automotive group, Kawasaki Robotics, says: “This closed-loop meting out demonstration represents the subsequent evolution of clever manufacturing, the place robotics, AI-driven course of management, and real-time inspection work collectively to create methods that repeatedly adapt and optimize.”
New industrial robots
The BA013L 13 kg arc welding robotic additionally made its debut inside a compact welding cell designed for high-performance welding functions.
The demonstration cell featured the BA013L robotic, Kawasaki PST500-L2 dual-axis positioner, Rollon Glider RTU, Sturdy Hand welding desk, and Miller welding energy supply.
Constructed for demanding manufacturing environments, the robotic incorporates a redesigned structure with a 50 mm hole wrist for inside cable routing, help for high-current welding torches, lowered cable put on, and improved accessibility.
Excessive-speed axis efficiency reaching 730°/s and an prolonged 2,093 mm attain are designed to enhance cycle instances whereas sustaining weld high quality.
Caption: The MXP360L industrial robotic dealt with a Kawasaki Z125S motorbike on a Rollon RTU linear axis.
The MXP360L industrial robotic was demonstrated dealing with a Kawasaki Z125S motorbike on a Rollon RTU linear axis, highlighting its 360 kg payload capability, prolonged attain, and superior vibration-control expertise for heavy-duty materials dealing with functions.
Kawasaki Robotics additionally featured collaborative robotic demonstrations, together with CL Collection welding carts and a sanding software utilizing a FerRobotics sanding instrument.
Primary picture: The MXP360L industrial robotic proven dealing with a Kawasaki Z125S motorbike on a Rollon RTU linear axis
