Connecting you to the Future of Superabrasives Technology, Today
Hip Joint replacements are becoming more and more popular in today’s world. The human hip consists of a ball and a socket joint that can wear out during a person’s lifetime. The aim of a total hip replacement is to Continue Reading →
Learn how Meister Abrasives’ proprietary High Performance Lubrication (HPL) Grinding Wheels produce better quality parts, faster, and with less burning, while at the same time improving wheel life and reducing abrasive cost per part. When grinding today’s most complex parts Continue Reading →
A manufacturer of Aluminum cans needed a finishing solution for their punching tools. The challenge was to bring a turned surface to a mirror finish with a single tool on their lathe. Furthermore, the machine utilized Emulsion coolant, (not honing Continue Reading →
The Alfons Schmeier Story As a manufacturer of premium abrasive tools, Alfons Schmeier (a subsidiary of Abraxos Holding and a sister company of Meister AG) applies more than 75 years of expertise to create high-precision finishing tools for honing and Continue Reading →
In this case study, a high-volume engine manufacturer was looking to reduce their tooling costs while maintaining the highest possible quality on a high-speed cam grinding application with vitrified CBN wheels. The camshafts were used in a cylinder deactivation system Continue Reading →
HPL Technology produces high quality burn-free tracks A manufacturer of Linear Guideways (minirail) approached Meister for a solution to improve the quality of their components. The goals were to grind a burn-free gothic track profile with shorter cycle times, tighter Continue Reading →
wheel life increased from 25k to > 1MM parts with CBN! In this application, a customer was grinding the face of a hardened steel valve plate in high-production using a conventional aluminum oxide cup wheel, achieving an average wheel life Continue Reading →
500,000 more camshafts per year! This case study describes the successful implementation of HPL bonding technology for high-production cam-form grinding of fuel injection pump shafts. Background High-volume producer of fuel injection pumps 14 Studer grinding machines producing 7 Continue Reading →
Anti-friction bond technology reduces cycle time and eliminates burn in high production creep-feed grinding of Planer Knives. In this case study, a volume producer of planer knives for the woodworking industry requested assistance with their grinding process. Continue Reading →
For Injector Bodies of Marine Engines In this application the customer was grinding the bores of large fuel injection bodies for cruise ship marine engines. They were using CBN wheels and dressing tools from another manufacturer. The customer’s goals were Continue Reading →