Our new cDD single-point stationary dressers incorporate an advanced design that maintains an invariable dresser to wheel contact ratio throughout thousands of dressing cycles. This results in exceptional process stability, uniform part quality, and reduced costs.
- Unwavering performance over the entire life of the dressing tool
- Consistent component quality
- Cool cutting with uniform surface characteristics
- Outstanding tool life benefits with high potential cost savings
Until now, a common problem to conventional single diamond crystal dressers has been that they can exhibit substantial wear and tip flattening after as few as 100 to 200 dressing cycles. This materially changes the overlap ratio of the dresser on the tool, resulting in inconsistent, fluctuating grinding process performance. You can be stuck with grinding burn, dimensional variation, and geometry problems with roundness and concentricity.
click image to enlarge
Meister’s cDD stationary dressers eliminate those problems. They incorporate one or more CVD rods embedded into a unique, proprietary diamond hybrid-bonding matrix. There is no longer any need to rotate or replace the tool due to dull or blunted contact surfaces between the dressing tool and the grinding wheel. That’s because the design of the dresser is such that a constant effective width is maintained even after thousands of dressing cycles.
For a first-hand look at this exciting breakthrough in single point stationary dressers, be sure to add N237341 to your IMTS 2018 schedule in Chicago, September 10-15.
Note: Need to add photos. Suggest photo of actual dresser, closeup of bond with rods imbedded and a third photo. We’ll add captions.
