Skiving and Roller Burnishing Process
Skiving and roller burnishing is a two-in-one bore sizing and finishing process that delivers high levels of precision at lightning-fast speeds. Skiving and roller burnishing process is up to 70% faster than traditional honing, making it an ideal solution for finishing hydraulic cylinder tubes in mass-production environments.
High-Speed Finishing for High-Production Manufacturing
The skiving and roller burnishing process uses a unique combined skiving and roller burnishing tool that performs both skiving and roller burnishing in one pass through the bore.
The front section of the tool contains carbide cutters that remove material (skiving process). The second section of the tool contains hardened rollers that deform the peaks created by skiving and create an extremely smooth surface finish (roller burnishing process). The combination of these two processes creates a very fine surface finish with a typical RA of 0.05-0.20 µm.
Skiving + Roller Burnishing Is Typically Used To:
- Improve surface finish—as fine as .10 – .15 microns (4 to 6 micro-inches) RA on average
- Improve size control—tolerances within 0.0254 mm (.001 inch) on average
- Increase surface hardness
- Improve fatigue life
Typical Skiving + Roller Burnishing Applications Include:
Hydraulic cylinders/components for industries such as- Agriculture
- Heavy-duty construction
- Mining
Everything You Need. When You Need it.
We know there’s more to machining than the machine. Sunnen is proud to be a total solution provider of machinery and accessories that seamlessly work together.
Beyond machinery, Sunnen provides:
- Tooling
- Rollers + Cutters
- Accessories
- Filtration
- Cutting Fluids
We’re On Your Team
We stand by our work and support our customers. Sunnen is the only company in our industry to offer a standard three-year warranty on every machine we make. We also offer machine installation, service and preventative maintenance to keep your operations running smoothly and address any emerging manufacturing challenges.