High-precision gear machining Gear components typically have complex geometries and high speed and efficiency requirements, and these components may experience high operating temperatures and severe loads, which require more durable components. Often without following proper break-in procedures, repairing damaged gearboxes or bearings can add significant operating costs and be time consuming. Gear manufacturers

The isotropic ultra-fine process solves these problems by reducing friction, extending component life and improving fuel efficiency; the process creates a lubricated, micro-textured surface, improves oil retention, and is metallurgically safe. The gear plant has now successfully developed a new range of high-volume, high-speed large-scale finishing processes specifically designed to meet the high production requirements of the automotive industry.

Gear manufacturers

These processes are robust, easy to automate, and tightly controlled to maintain some component integrity. Can handle machined gears weighing in excess of 4,000 pounds and has built innovative solutions to convert scrap parts into new ones. These improved parts have been performing non-machined new parts