Robotmaster off-line robotic programming

Robotmaster, a Hypertherm brand

PO Box 5010
Hanover, New Hampshire 03755 United States
http://www.robotmaster.com

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Robotmaster helps manufacturers maximize their robot’s productivity with easy and efficient robot programming for a variety of applications such as cutting, trimming, milling, welding, spraying, polishing, sanding, grinding, deburring, and more. Robotmaster uses integrated CAD/CAM functionality to make robotic programming easy and intuitive for everyone, even first-time users. Automate attendees can see a demonstration of Robotmaster's latest offline robot programming technology which is shown to reduce programming time by up to 75 percent. Robotmaster is one of the Hypertherm family of products that includes industrial cutting systems, CNCs, and software that are trusted for performance and reliability that result in increased productivity and profitability for hundreds of thousands of businesses.

Products
  • Software - Other
  • Software - Simulation/Rendering

Additional Contacts

Whether performing additive manufacturing for rapid prototyping, manufacturing, or repairs Robotmaster is the ideal programming method to achieve fast and optimized robot programs. Easily generate slices and robot trajectories from a CAD model and use the automatic toolpath settings or make manual adjustments based on specific requirements. Optimize and validate the program is error-free and the desired result is achieved using the simulation environment prior to generating the robotic code.

Whether performing additive manufacturing for rapid prototyping, manufacturing, or repairs Robotmaster is the ideal programming method to achieve fast and optimized robot programs. Easily generate slices and robot trajectories from a CAD model and use the automatic toolpath settings or make manual adjustments based on specific requirements. Optimize and validate the program is error-free and the desired result is achieved using the simulation environment prior to generating the robotic code.

Drastically reduce programming time for surfacing applications such as sanding, polishing, and grinding using Robotmaster. Easily generate trajectories for parts of varying complexity based off the CAD model and leverage varying path strategies and patterns such as morph, spiral, parallel, sinusoidal, trochoidal, triangular, and figure 8 to achieve the desired finish. Get live visual feedback as changes are made to the program, identify errors, and resolve them within a matter of clicks.

Drastically reduce programming time for surfacing applications such as sanding, polishing, and grinding using Robotmaster. Easily generate trajectories for parts of varying complexity based off the CAD model and leverage varying path strategies and patterns such as morph, spiral, parallel, sinusoidal, trochoidal, triangular, and figure 8 to achieve the desired finish. Get live visual feedback as changes are made to the program, identify errors, and resolve them within a matter of clicks.

Robotmaster reduces programming time for robotic thermal spraying applications maximizing the robot’s capabilities. Users can define process-specific parameters such as deposition speed, flow rates, step overs, stand offs, and spray angle based off the CAD model of the part to achieve a consistent coating thickness. The simulation environment allows the users to review the process and see if there will be a lack of coverage so adjustments can be made prior to outputting and running the program.

Robotmaster reduces programming time for robotic thermal spraying applications maximizing the robot’s capabilities. Users can define process-specific parameters such as deposition speed, flow rates, step overs, stand offs, and spray angle based off the CAD model of the part to achieve a consistent coating thickness. The simulation environment allows the users to review the process and see if there will be a lack of coverage so adjustments can be made prior to outputting and running the program.

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