Provider - In-House Solutions Inc.
Home page - inhousesolutions.com/products/octopuz
Website - octopuz.com
youtube.com/OctopuzRobotics
facebook.com/OctopuzRobotics
twitter.com/octopuzrobotics
linkedin.com/company/octopuz-inc.
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https://youtu.be/S28af4iF_xQ
OCTOPUZ Robotic Software
Published on Jun 18, 2014
Quote:
OCTOPUZ is an intelligent CAD-to-Path and offline robot programming solution capable of:
- Easily programming, synchronizing and simulating multiple robots with their accessories.
- Programming and simulating complete process including machinery.
- Directly supporting paths from your CAM software.
- Offline robotic cell development and machine tending.
Like its namesake, OCTOPUZ® has the reach and versatility to take interface simplicity and core power to a new level for optimal efficiency.
https://youtu.be/WGcZNCR_zTI
Milling an OCTOPUZ with a KUKA
Published on Jun 18, 2014
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New features and functions are always being added to OCTOPUZ, an intelligent CAD-to-Path and offline robot programming solution. We love to find exciting ways to test our product, and what better way than to mill an actual Octopus model to prove that OCTOPUZ is robust, fast and simple to use!
From start to finish:
Robotics Applications Engineer and Designer Dave Niewinski designed and built a mesh model of an Octopus and brought it into Mastercam (OCTOPUZ works with your CAM programming software of choice) where programming the cutting paths was very simple.
In-House Solutions does not have a tool changer on our KUKA robot so Niewinski had to program the whole part using only a ball endmill. There was a very course step for the roughing as we were trying to remove as much material as possible. The finishing path had a much finer step and had the tool perpendicular to the surface wherever possible to give a nice surface finish.
The part, tooling and paths were synched into OCTOPUZ to be simulated. Bringing in the Tool and Base frames from the machine made sure the simulation matched reality. Reference positions in OCTOPUZ made correcting issues in the path very simple. The robot position could be updated across an entire path with a few clicks, and the result viewed instantly. Touching-up some retract positions was necessary as our cell is very small, but again, it only took a few clicks to make everything accurate in OCTOPUZ. Once the path was verified in simulation, the robot code was created and loaded onto the machine.
Our Octopus was cut at an educational show so we optimized for quality over speed. It took 3.5 hours to mill it out of a block of walnut. "In the end, our Octopus was worth the wait" said Niewinski. "The model came out exactly as anticipated, and with a little sanding it was completely smooth."
https://youtu.be/7bApOqi4FoE
What's new OCTOPUZ 2.0
Published on Feb 7, 2018
Find out what is new in OCTOPUZ 2.0!
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OCTOPUZ 2.0, the future of the software, in a completely redesigned, all new next generation graphics engine and interface. OCTOPUZ 2.0 offers a new “drawing” tab for robot integrators that allows them to convert 3D simulations into technical drawings, large file support, statistics and reporting, a new physics engine enabling accurate cable simulation, as well as new 3D PDF layouts and capabilities with easy rendering of realistic images.