OLRP Expert Series:
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Quickly and easily convert your robot program built in OCTOPUZ to usable code for your physical robot.
Quickly and efficiently analyze and solve for errors in the statements of your robot program.
Discover some of the tools available in OCTOPUZ that provide complete control over path creation.
When it comes to Offline Robot Programming (OLRP), the Tool Center Point (TCP) is what defines the exact working point of the robot; it is the point used to determine the robot's positional coordinates.
Create robotic toolpaths using three unique path selection methods in OCTOPUZ.
Watch how OCTOPUZ can easily and intuitively build robotic cells.
Seam Tracking doesn't work reliably with aluminum workpieces. How can this be overcome with OLRP? By using Touch Sensing instead.
There will almost always be discrepancies in CAD, whether minor - a few millimeters of variance - or major - missing key components of the part. In both cases, we discuss the best solutions.
This is a question we see a lot, and so we've come up with five robot functions that are critical to the success of OLRP.
We've put together this short article on our top five key reasons to the above question
Offline Robot Programming (OLRP) is making the integration of robot systems in manufacturing more cost effective, easy to deploy, and scalable.
In this short webinar, watch how KUKA and OCTOPUZ are working together to keep your robots in production and working for you.
Contrary to what many think, hiring new staff isn’t always necessary. Learn how a robot and Offline Robot Programming can improve your bottom line.
OCTOPUZ performs a blade grinding application with a Yaskawa Motoman GP7 robot and an attached Zimmer Group IO-Link GEP5000 2-Jaw Parallel Gripper.
Additive Manufacturing simulation image from OCTOPUZ
In a continuing series, OCTOPUZ will be examined to determine their expertise in the field of offline programming software for robotics. In this post, we will be looking at edge following applications in OCTOPUZ.
CNC Machine with Robot simulation image from OCTOPUZ
Material Handling simulation image from OCTOPUZ
Welding simulation image from OCTOPUZ
Material Handling & Deburring simulation image from OCTOPUZ
Edge Following simulation image from OCTOPUZ
Pick and Place simulation image from OCTOPUZ
Material Removal simulation image from OCTOPUZ
Welding simulation from OCTOPUZ with a real-life side-by-side
How to eliminate robot downtime for programming welding applications
Dimic Steel Tech, a metal fabrication and machining service provider in Upland, California uses OCTOPUZ to program their robot, a KUKA KR 16 for MIG welding, from start to finish.
OCTOPUZ mills the Stanley Cup® using a KUKA KR Agilus robot equipped with a PushCorp, Inc. SM2002 Spindle
Although the OCTOPUZ offline programming and simulation platform is employed around the world, it is, very proudly, a Canadian company.
OCTOPUZ mills a 3D sculpture using a KUKA robot equipped with a PushCorp spindle.
In this webinar, you’ll learn how OCTOPUZ PathFinder automatically analyzes and solves for optimal toolpaths for industrial robots and their wide range of end-of-arm tools.
Flory Industries is a manufacturer of nut-harvesting equipment. They invested in a Lincoln Electric Welding Cell equipped with a Fanuc robot programmed with OCTOPUZ to weld components for their harvester machines and complete mainframes.
Slic3r was the start, the robot was the finish, OCTOPUZ is everything in between.
Just like there are a multitude of robot brands in the industrial robotics industry, there are also a multitude of options for programming. Manual programming, OEM specific software and third party offline programming software are some of the different approaches.
A unique quality of OCTOPUZ’s software is that it is ONE software solution to program all robot brands/models in the exact same way.
Throughout a student’s education, the student is taken through a curriculum that shapes him/her in the best way possible for their career path.
Universal Robots and OCTOPUZ work together to automate Fibreline’s manufacturing process while providing flexibility for the future
This fear of new technologies dates back hundreds of years about the inevitable changes that they bring. However, again and again, it has proven that while some jobs are lost, they are ultimately replaced with new ones.
Old World Stone recently made the leap of faith into technology of the future, investing in OCTOPUZ, Mastercam, and a KUKA robot (KUKA 120-R27000 Extra HA Quantic Robot with 4C Controller).
OCTOPUZ specializes in the design, development, implementation, and customization of superior Offline Programming (OLRP) software for industrial robotic applications, doing so with extensive knowledge acquired from all around the world.
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