3M at GrindingHub 2024: New Abrasives for Complex Processes
The GrindingHub is an international trade fair for grinding industry professionals and offers an ideal platform for networking, knowledge exchange and the presentation of state-of-the-art technologies.
At GrindingHub 2024, 3M will present visitors with new developments in abrasive solutions. From precision grinding to finishing, 3M offers a comprehensive range of products to increase efficiency, quality and performance in a wide range of applications.
New Products
In addition, 3M is showcasing their new 6JGS/6JGM diamond dressing rolls for gear grinding at the fair. Also on display will be the ceramic diamond grinding wheel 6CVZ D93 for particularly efficient grinding of indexable inserts. A special highlight at the trade fair will be the additive manufactured ceramic CBN grinding tools 1PVP, which demonstrate the special advantages of 3D printing such as homogeneity and freedom of design. The newly tuned 3M Cubitron™ II ceramic grinding wheel 92VC also impresses with its homogeneous structure for improved performance in surface and profile grinding. All new 3M abrasives can be individually adapted to customer needs in terms of both geometry and specification (grain size, type of grain, concentration).
Innovative Solutions
“GrindingHub offers us a valuable opportunity to connect with grinding specialists, share insights and showcase new solutions that 3M is known for,” says Wilbert van den Berg, Precision Grinding & Finishing Global Business Leader at 3M. “We look forward to introducing our technologies and collaborating with prospects and customers to address their specific needs and challenges.”
Optimal Grinding processes
3M's participation in GrindingHub underlines the multi-technology group's commitment to continually developing advanced solutions for the abrasive industry. Visitors to the trade fair are cordially invited to visit the 3M stand B21 in Hall H09. There you can get to know the latest products and find out how 3M helps you successfully optimize grinding processes.
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