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Member Since 2012
OCTOPUZ is intelligent offline robot programming and simulation software ideal for an application. OCTOPUZ took a revolutionary approach to robotic programming by combining the offline programming of robots with a manufacturing process simulation, perfect for tech AND sales teams. Contact us for a free, online demonstration tailored to your unique application. About OCTOPUZ Headquartered in Waterloo, Ontario, OCTOPUZ provides offline robot programming and simulation software for businesses of all sizes, from small shops to global corporations. Our focus is to provide a robotic software solution that not only enables companies to reach a higher level of efficiency with their processes but that also opens opportunities for them to enter new markets and expand their business potential . Our business was built on the concept of taking complex robotic programming and making it easy.
Content Filed Under:
Industry:
Electronics/Electrical Components
, Fabricated Metals
, and Metals
Electronics/Electrical Components
, Fabricated Metals
, and Metals
Application:
Other
and Simulation/3D Modeling
Other
and Simulation/3D Modeling
OCTOPUZ at IMTS 2016
POSTED 08/25/2016
In just a few weeks OCTOPUZ will be exhibiting in Chicago at this year’s IMTS at McCormick Place. Being the largest manufacturing trade show in the Americas, we’re looking forward to joining over 2000 other exhibitors in presenting to over 100,000 attendees from all around the world, showcasing what our software can do. Featuring a FANUC robot, our booth will also include a demo displaying the power of OCTOPUZ programming, as well as its simulation capabilities.
We’ll be located in the Fabricating & Lasers Pavilion in the North Building at Booth N-6425. With our technical support and sales teams on hand to discuss the benefits of OCTOPUZ, we’re ready to answer any questions you may have. Come by and let us show you how OCTOPUZ can save you time and money with its intuitive programming and robust versatility.
Applications that OCTOPUZ specializes in include:
- Welding: arc welding, MIG, TIG, oxy-acetylene, laser welding, GMAW, GTAW, and resistance welding
- Edge Following: deburring, laser cutting, trimming, waterjet, and plasma cutting
- Material Removal: 2D machining, 3D multi-surface machining, remote tool center point, and simulated tool/head changes
- Simulation: component communication, machine tending, multiple robots, pick & place, plc, and shop floor layout
- Additive Manufacturing: composite lay-up, dispensing, painting, laser cladding, and spraying