New unified tool for office and shop floor users

RobotStudio®Painting PowerPac integrates paint programming knowledge and paint process tools into RobotStudio and offers the best of online and offline tools in your office or on shop floor.

 

With more than 20,000 painting robots installed worldwide, ABB’s decades of experience have culminated in PC software designed with the customer’s needs in mind. This PowerPac, which works seamlessly with RobotStudio®, allows the user to simulate the operation of both paint robots and related equipment thereby enhancing and streamlining programming efficiency.

Key benefits

Seamless online and offline programming

RobotStudio® Painting PowerPac enables both office-based simulation and shop floor editing without interrupting production. Users can create, optimize, or update paint programs directly on the line, with access controls and change logs ensuring secure and traceable updates.

Smarter and faster paint path programming

The software offers intuitive CAD-based programming, path visualization, and advanced features like automatic mirroring between robots. This significantly reduces manual effort while ensuring accurate, synchronized painting instructions.

Risk-free deployment

Simulate entire paint cells with multiple robots, conveyor tracking, and batch testing - identifying issues like collisions, reachability, or spray angles before installation. This minimizes startup risks and ensures robust, optimized paint operations from day one.

Technical data

Related 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.