Digital manufacturing with state-of-the-art 3D printing
ABB enables 3D Printing via RobotStudio® for faster digital manufacturing. 3D Printing PowerPac eliminates manual programming.
Key benefits
From CAD files to final modeling processes in just 30 minutes
ABB is enhancing RobotStudio simulation and offline programming software with state-of-the-art 3D printing capability, which will enable users to progress from the CAD design stage to the final modeling of a product in just half an hour. Coupled with the high performance of our robots, this means manufacturers can now produce high-quality 3D printed objects for a variety of industrial applications more efficiently.Process visualization and simulation in RobotStudio
Traditional methods of 3D printing using machines are time-consuming as programming the printing paths involves plotting millions of points and trajectories. With ABB’s new 3D Printing PowerPac, any standard slicer software design can be ‘translated’ into ABB’s simulation environment and robot code. This new piece of software allows ABB to generate robot commands from standard g-code files automatically.Additive manufacturing
3D Printing PowerPac supports a variety of additive manufacturing processes, such as welding, printing with granules or concrete, and is ideal for low-volume, high-mix printing. Typically, manufacturers print 3D prototypes before mass production, architects print building components and models, and they can now print shapes that could not otherwise be produced.Technical data
From CAD files to modeling processes in 30
minutesRelated offering
RobotStudio® Suite
Visualize your ideas and reduce commissioning time. RobotStudio® is the world’s most popular offline programming and simulation tool for robotic applications.
Download PowerPacs
RobotStudio® PowerPacs are add-on modules that extend ABB’s RobotStudio simulation and programming software with specialized tools for specific applications. Each PowerPac provides ready-to-use functions, templates, and process-specific features to speed up programming, reduce setup time, and optimize robot performance.