ITW Trans Tech Makeover with New Logo Aims at Market Expansion

ITW Trans Tech Makeover with New Logo Aims at Market Expansion

ITW Trans Tech, worldwide leader in product decorating solutions, will present a new company identity to coincide with its recent expansion into the on-demand digital industrial decoration market. The campaign will include a new logo, re-designed website and revamped product line. The familiar... - May 01, 2008

Trans Tech Launches On-Demand Unit for Industrial Product Decorating

Trans Tech Launches On-Demand Unit for Industrial Product Decorating

Trans Tech, worldwide leader in product decorating solutions will expand its core business with the launch of "Trans Tech On-Demand." The new digital product offering will be in addition to their existing line of pad printing machines, systems and consumables. The business unit will focus on the growing industrial decorating market for on-demand, variable and short-run marking and decorating applications in both four-color process and spot colors. - February 27, 2008

ITW Trans Tech Introduces StarLight Laser Plate Maker

ITW Trans Tech Introduces StarLight Laser Plate Maker

Direct-to-plate pad printing clichés can now be made using the StarLight LPM laser plate maker from ITW Trans Tech. The simple yet efficient CO2 laser device produces ready-to-use, high-quality cliché plates with etched images of artwork for a wide range of product decorating applications. - November 30, 2007

Patented SpaceFrame Enables Use of Disposable ExpressLiner Ink Cups for Pad Printing

Patented SpaceFrame Enables Use of Disposable ExpressLiner Ink Cups for Pad Printing

A patented ink reservoir system from ITW Trans Tech uses an aluminum frame structure to hold a polypropylene liner cup filled with ink to supply pad printing machines. The SpaceFrame™ unit secures the economical ExpressLiner™ ink cup, virtually eliminating the material cost of expensive conventional ink cups. The molded ExpressLiner design enables use of removable carbide or ceramic doctor rings with equal performance compared to existing techniques. - July 12, 2007

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