Six-axis Robotic Waterjet Cutting CELLS

Robotic waterjet systems, powered by KMT Waterjet, deliver precision, versatility, and efficiency across diverse industries, for cutting complex shapes and intricate designs.

Advantages of six-axis ROBOTIC Trimming

Robotic waterjet cutting systems have been used for decades in the automotive, aerospace, boating, and energy sectors, requiring an articulated robotic arm for cutting six-axis angles.

The versatility of waterjet technology is unmatched compared to other machines, as you can cut food, foam, aluminum, metal, paper, stone, glass, titanium, granite, FRP, all from the same robotic arm.

There is no heat affected zone (HAZ), the robotic arm is omni-directional for cutting of contours, and no secondary finish is required.

Based on your needs, whether it is for one robotic arm for the stone industry to twenty cells of robots for the automotive sector, KMT has the largest OEM network of robotic integrators as well as the largest range of waterjet pumps, from 15hp to 200hp, and from 55,000psi to 90,000psi, for your application and industry.

KMT Waterjet robotic solution 6 axis cutting box system

Omni-Directional Cutting

Robotic arms cut in multiple directions, enabling contour cutting and intricate patterns without repositioning the workpiece.

KMT Waterjet robotic system water only cutting fish

Customizable Solutions

From single-arm setups to multi-cell configurations, robotic systems can meet specific application production needs.

KMT Waterjet robotic trimming carpet

Versatility of Waterjet Technology

Robot waterjet machines can cut a wide range of materials, including metals, composites, ceramics, stone, glass, and even food products.

KMT Waterjet Pump Options

KMT Ultrahigh-pressure pumps ranging from 15hp to 200hp and 55,000psi to 90,000psi.

COMPLETE ROBOTIC CUTTING CELLS AND SYSTEMS

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ROBOTIC CUTTING FAQ'S

Q: How does a robotic waterjet system cut through titanium with ease? A: A thin stream of water is mixed with abrasive garnet, then is propelled through a mixing chamber MACH II or MACH III velocity through a KMT Waterjet cutting head to be CNC motion programed for the robot to cut intricate designs.

Waterjet Cutting Cell

Technology by Shape Process Automation/KMT Pumps

Waterjet cutting has become an almost unavoidable step in the manufacturing process of a large percentage of automotive components.

From 2-dimensional flat stock to 3-dimensional molded components, metals to fabric and plastic composites, waterjet has proven to be an effective, efficient machine tool.

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