OCTOPUZ was created to meet the rising needs in the robotics industry, and uses a revolutionary method of combining offline programming of robots with manufacturing process simulation.

Waterjet Cutting and OCTOPUZ a Powerful Combination

Contributed by | In-House Solutions

 

If one robot can save your company time and money, just imagine what four can do!

Tech-Con Automation, an automation solutions company in Burlington, Ontario, recently programmed and simulated a waterjet cutting cell using Yaskawa Motoman robots and OCTOPUZ, the offline robotic programming software developed by In-House Solutions.

The video shows four HP20D robots, equipped with waterjet cutting heads and operated by an NX100 controller, cutting out carpets for the inside of a car. The simulation was programmed in just hours rather than days using a single CAM file with all tool on/off commands from OCTOPUZ and multiple user frames. The four simultaneously-moving robots were collision-checked against each other and their surroundings, avoiding any unpredictable motions or collisions ahead of time.

“Being able to see a simulation of the waterjet cutting cell in action convinced us that we could not only increase our efficiencies but be aware of any potential issues before going into production,” said Rick Bobzener, GM of Applications.

OCTOPUZ was created by In-House Solutions to meet the rising needs in the robotics industry, and uses a revolutionary method of combining offline programming of robots with manufacturing process simulation.

Here are a few reasons why an increasing number of companies are making OCTOPUZ part of their automation solutions:

  • Programming time is much faster.

  • Robot can still operate and generate revenue while the next part is being programmed.

  • Collisions and unpredictable motions can be avoided ahead of time, resulting in substantial savings in time and money.

  • Complex paths can be made using any CAM system.

  • The tool set can be positioned perpendicular to the surface if possible.

 

OCTOPUZ is the intelligent offline robotic software ideal for any path-sensitive application. To learn more about OCTOPUZ or to request a free personalized software demo for your application, visit www.octopuz.com.

 

About OCTOPUZ 
OCTOPUZ is an intelligent offline robot programming and simulation software ideal for any path-sensitive application. Created by In-House Solutions, the company took a revolutionary approach by combining the offline programming of robots with a manufacturing process simulation. Today, OCTOPUZ provides a mainstream, versatile, powerful and effective solution for any robotic challenge.

 

About In-House Solutions 
More than 27 years ago, In-House Solutions (www.inhousesolutions.com) began reselling and developing powerful software tools accessible to small- and medium-sized manufacturers. Today, the company provides CAD/CAM, DNC, PCMM and OCTOPUZ robotic programming software solutions to organizations of all sizes. The In-House Solutions team of experts, with offices in the U.S., Canada and Germany, are dedicated to selling, supporting, developing and implementing a full spectrum of software tools, particularly those specializing in NC programming and optimization, shop floor DNC communications and offline programming of industrial robots. In-House Solutions is the Canadian Mastercam distributor, and OCTOPUZ completes the company’s software solutions for manufacturing.

 

Comments (0)

This post does not have any comments. Be the first to leave a comment below.


Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

Allied Motion - New MFH170i Housed Brushless Torque Motor Has Integrated Servo Drive and Optical Encoder

Allied Motion - New MFH170i Housed Brushless Torque Motor Has Integrated Servo Drive and Optical Encoder

Allied Motion's Megaflux MFH170i series of 170 mm (6.7 in) diameter housed brushless torque motors consists of a high performance brushless DC torque motor, a digital servo drive, and an optical encoder, all integrated into a rugged machined aluminum housing with robust duplex bearings. The MFH0170i series features a 63.5 mm (2.5 in) large-bore through shaft, and is characterized by a very high torque-to-inertia ratio. There are three stack lengths in the series with peak torque ranging from 8.5 up to 16.9 Nm (75 up to 150 lb-in). The standard winding voltage is 48 V. And to ease the hassle of long leadtimes for prototypes, the new MFH170i is now available through our QuickShip program.