Robotmaster

Robotmaster is a versatile software solution that provides advanced solutions for a wide range of robotic applications. It enables industrial robots to be used efficiently for various production tasks, including cutting, welding, grinding and finishing, dispensing, deburring, surface treatment, and painting.

Robotmaster provides cost-effective, accurate, and flexible solutions for programming industrial robots. It helps companies improve production efficiency, reduce costs, and achieve high-quality results quickly and effortlessly. Whether the application involves cutting, welding, or surface treatment, Robotmaster delivers clear benefits and improves the utilization of robots across different industries.

Robotmaster’s offline programming software supports a wide range of robot manufacturers, including ABB, FANUC, KUKA, Yaskawa, Stäubli, DENSO, Kawasaki, and Universal Robots. This compatibility makes it easy and efficient to integrate robots into a variety of production environments.

Robotmaster can be used to program robots to cut complex shapes on 2D and 3D surfaces using laser, plasma, waterjet, and oxyfuel cutting, as well as cutting tools. The software’s automated programming uses cutting technology parameters to achieve accurate and smooth toolpaths. It also makes it easy to edit and optimize cutting operations.

Robotic machining and milling provide versatility for manufacturing parts of various sizes while reducing equipment and operating costs. Robotmaster’s CAD/CAM approach optimizes robotic machining without complex programming. It enables tool editing, automated programming, and process simulation before production, reducing manufacturing time and workpiece costs.

Robotmaster makes surface grinding and finishing, such as polishing and abrasive finishing, easier and more efficient. The software can automatically generate toolpaths from CAD models and supports optimal tool control to achieve accurate, high-quality surface treatment. Robots deliver consistent, high-quality finishes, helping reduce manual work and improve production efficiency.

Robotic welding improves productivity and quality, while Robotmaster makes it easy to program and optimize welding paths. For robotic painting, the software also adjusts the spray angle, speed, and flow rate to achieve complete and uniform coverage. Automated programming ensures an accurate and efficient spraying process, speeding up painting operations and improving the quality of the end result.

Robotmaster also supports additive manufacturing, including 3D printing and laser cladding. The software enables fast and error-free programming of robotic additive manufacturing processes and provides visual validation by simulating material deposition. Robots can increase production capacity and deliver consistent surface treatment, even in the most demanding working conditions.