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Robotic Resources

Industry Insights

Application: Material Removal & Cutting

What Material Removal Process is Right for You?

by Bennett Brumson, Contributing Editor

POSTED: 05/16/2005

When manufacturing many automotive and non-automotive parts there is usually a need for a material removal operation. Wise manufacturing engineers will choose robotics as a means of performing material removal. With several types of robotic material removal processes available, integrators have a choice of waterjet

Robotic Grinding For Metal Cabinets

by Mary Kay Morel, Staff Writer/Editor

POSTED: 05/03/2002

Reprinted with permission from Robotics World Magazine Manually grinding welds is tough, dirty and noisy work, and the metal dust produced by grinding is harmful to workers' eyes and lungs. When Special Products & Manufacturing Inc. (SPM) in Rockwall, Texas, needed

Take It Off: Robotic Material Removal Applications

by Bennett Brumson, Contributing Editor

POSTED: 05/02/2002

In many robotic manufacturing processes, there is a need for some form of material removal operation, whether that is grinding, sanding, deburring or polishing. 'Robotic technology has relatively low risk,' says Lester Godwin, vice president of the Dallas, TX based Pushcorp, a maker of force control devices for robotic material removal

How Robots Will Affect Future Generations

by Brian Huse, Director, Marketing & Public Relations

POSTED: 12/13/2001

What does the future hold for robot applications? How will robots affect society in five years; 10 years; 20? These are typical questions received by Robotic Industries Association. Following is a look forward based on a correspondence I recently sent to a student to address in a small way a

Robots For Material Removal Maintain Their Cutting Edge

by James F. Manji, Contributing Editor

POSTED: 10/16/2000

Robots used for laser or weld cutting of materials ranging from plastics, titanium, steel, aluminum, silver and gold, and even wood are seeing some of the most sophisticated advancements ever. In the forefront of these advances are Off-Line Programming (OLP) and Cloning of robotic workcells used in laser cutting of


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