Two new unique ways to create search statements are introduced to OCTOPUZ. Create a 1 point, 2 point, and 3 point search by manually selecting exact tool touch locations in the 3D environment; or, automatically create a search statement based on a previously-created path statement with automatic calculations of optimal touch locations.
OCTOPUZ 2.3 Offline Robot Programming (OLRP) software continues to redefine the standards in OLRP by simplifying solving toolpath trajectories. The software now enables users to automatically create and optimize circular toolpaths.
OCTOPUZ redefines the standards in offline robot programming (ORLP) by offering a simplified approach to solving toolpath trajectories. The revolutionary PathFinder suite of tools automatically identifies and solves limits and errors within a robot toolpath, enabling users to more efficiently achieve a desired path based on OCTOPUZ intelligence…
OCTOPUZ Inc. continues to redefine the standards of Offline Robot Programming (ORLP) with their latest software update, OCTOPUZ 2.2. Building on the success of the OCTOPUZ 2.1 release in January, which introduced the revolutionary PathFinder suite of tools, this latest update offers new features and enhancements that give users a greater automatic…
For years, OCTOPUZ has provided the robotics market with an intelligent offline programming and simulation solution ideal for a wide range of industrial robots including KUKA, FANUC, ABB, and Yaskawa Motoman. OCTOPUZ 2.1 redefines the standards in offline robotic programming by offering a simplified approach to solving toolpath trajectories. The…

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RobotWorx, an Ohio based company that focuses on quality industrial robotic solutions and customized integration, has announced a strategic partnership with Octopuz Inc. The new collaboration will allow RobotWorx to expand its service offerings into offline robot programming with a leading software creator.