Weiler Abrasives Group, a leading provider of industrial grinding and deburring products, will attend the International Manufacturing Technology Show (IMTS) 2018 in Chicago, Sept. 10 to 15. Visit booth 237361 at McCormick Place to see the latest Weiler solutions and visit with product and application experts.
Weiler will showcase its new industrial grinding solutions, available for the first time to North and South American customers. These products have been a trusted choice in the European market for years under the SWATYCOMET brand. Weiler’s industrial grinding products offering includes organic rough grinding wheels, vitrified precision grinding wheels, and Diamond and CBN Super Abrasive products.
Weiler’s industrial grinding product lineup offers unique technologies for applications such as surface grinding, gear grinding, creep-feed grinding, roll grinding, centerless grinding, crankshaft grinding, as well as foundry grinding applications.
Weiler’s industrial grinding products are designed to meet a customer’s specific applications needs, maximizing performance and cost savings. These products are supported by the Weiler Process Solutions (WPS) program. Backed by over 100 years of combined engineering experience, the WPS program provides customers with application assistance and process development solutions to address their tough cleaning, machining, grinding and deburring or finishing challenges. The industry-leading experience of the Weiler engineering team and the WPS program are supported by an innovative in-house lab. The goal is to help customers in high-volume production environments gain a competitive edge, drive down costs, and become more efficient by offering onsite technical support, analyzing processes, providing bottleneck solutions, assessing ergonomic concerns, and providing engineering documentation.
Also at the IMTS booth, Weiler will showcase its Nylox® line of brushes for tough automated deburring applications. Engineered for quality and consistent performance, Nylox products feature a high degree of compliance, allowing them to conform to parts with complex shapes and reducing the need for ultra-precise programming or fixturing.
