KMT Robotic Solutions, Tolerance compensation system launched

ipesearch.com

Click to visit http://www.eriks.co.uk/mtd/index.asp


	What next? Request further Information visit web site Send to friend KMT Robotic Solutions company's profile

Click here to visit
sponsor's
website

Click to visit sponsors web site

Click to visit http://www.theenergyevent.com/

Click to visit http://www.healthandsafetyevents.co.uk

Click here for the latest compressed air news !

Tolerance compensation system launched
March 1st 2007

KMT Cutting Systems (formerly ABB IR Waterjet Systems) has launched a new Tolerance Compensation system for its range of 6-axis robotic routing systems.

Routing is a dry cut process that uses an electrically powered routing head with a spindlemounted bit, which is spun at very high speeds up to 50,000 rpm to trim edges and form holes and slots in a wide range of polymeric materials.

The Tolerance Compensation system is just one of a wide range of options such as a barcode reader, skip functions, an automated toolchanging system and air cleaning system that can be readily incorporated in the modular design of KMT's routing systems, all designed to increase machine uptime and utilisation.

More articles from KMT Robotic Solutions:

Robotic routing (1st January 2009)

Six-axis robot trimming systems are taking plastic routing to the next level, according to Paul Etchells, sales manager of KMT Robotic Solutions

From Production engineering

Enhances communication (1st November 2008)

KMT Robotic Solutions has added new features to its robotic threedimensional waterjet cleaning and surface treatment systems. All now include the CleaningWare program developed for easy programming and operation of

From Plant process control

Robots lead to big production improvements (24th September 2008)

A new robotic routing system from KMT Robotic Solutions has helped Factory Five Racing, one of the world’s largest manufacturers of component car kits, to improve part quality by more than 200% and reduce trim time by more than 95%...

From Newsletter Stories

Kit car maker cuts its costs (1st September 2008)

A robotic routing system from KMT Robotic Solutions has helped Factory Five Racing, maker of component car kits, to improve part quality by more than 200% and reduce trim time by more than 95%.

From Production engineering

Translates CAM tool paths for routing robots (1st May 2008)

To implement robotic routing applications using tool paths generated in computer aided manufacturing (CAM) software, KMT Robotic Solutions is offering the CamPro CADCAM system for use with its cost-effective, turnkey R

From Production engineering

Cutting edge choice for aerospace company (1st May 2007)

KMT Cutting Systems has won an order from aerospace company Boeing. Under the new order, KMT Cutting Systems will construct, assemble, deliver and install a complete robotised abrasive waterjet cutting system for use b

From Production engineering

Assures tolerance (1st July 2006)

KMT Cutting Systems has launched a Tolerance Compensation system for its range of 6-axis robotic routing systems.

From Production engineering

500th robotic waterjet sale (1st July 2006)

KMT Cutting Systems (formerly ABB I-R Waterjet Systems) has announced the sale of the company's 500th robotic waterjet cutting system to Avanzar Interiors / Johnson Controls based at San Antonio in Texas, USA. It will be used for trimming headliners

From Production engineering

Tool change Station (1st November 2005)

KMT Cutting Systems has launched a new Tool Change Station for the company's range of six-axis robotic cutting box routing systems for finishing polymeric and moulded parts.

From Production engineering

Waterjet cutting system (1st September 2005)

KMT Cutting Systems has been awarded its first order in Australia.

From Production engineering

Cleaning robot (1st May 2005)

KMT Cutting Systems has launched a robotic system for threedimensional waterjet cleaning and surface treatment. The Cutting Box Blaster offers efficient, fast and accurate removal of coatings, grease and other substances from metal surfaces.

From Production engineering