SlewMaster's operations team follows through with customer forecasts and blanket orders to always guarantee that all custom products are available in a timely manner.

Due to its versatility, a slewing bearing is considered the go-to solution across different slewing products. Applications include:

In addition to heavy-duty styles, slewing rings can work in light-load applications with thin section and flange designs.

Through collecting information about project scope, design considerations, and ring application, engineering solutions are implemented to be in compliance with customer requirements. Get in touch with our team today to discuss your options and find the right slewing ring for your application.

The service life of your slewing bearing depends on wear and tear on the inner geometry. Our team will design your slew ring according to your specifications for the best results. It is essential that you remain within the load specifications to keep your slew bearing healthy. With simple maintenance procedures, you can support a long service life.

Image

A slewing ring is a versatile component that can operate in basic layouts with a pinion or more advanced environments with added teeth and gear modules. At SlewMaster, we can create a slewing ring bearing that meets your project specifications.

We can accommodate your slew ring bearing to your project specifications. For heavy load requirements, we can use an induction hardening heat treatment. This process will improve metal strength for optimum performance. We also recommend a double-row design to distribute the load more effectively.

Image

Ready to kick off your project with MPB? Get started today with a member of our sales team who can help you bring your idea to print!

Image

There are various types and brands of bearings across the market covering a wide range of applications. Our slewing ring bearings offer a range of features to support your applications.

MPBemail address

Driving Pinions and Hydraulic Motors are available to mesh with appropriate slew rings upon request. Single-row and double-row slew rings are available to accommodate different loading applications. For non-market standard rings, our team of engineers work alongside our customers to provide custom-made slew rings as per required performance.

54 S Church StreetWaynesburg, PA 15370Monday, Wednesday, Friday: 8:00am - 10:00amTuesday & Thursday: 3:00pm - 5:00pmToll-free: 888.292.0001

› Custom Apparel› Digital Printing› Offset Printing› Vehicle and Wall Wraps› Web to Print› Shop Print Products › Shop Promotional Items› Blog

A slewing ring can be a ball or roller bearing. Ball bearings use spherical steel with plastic spacers to minimize friction and facilitate smooth rotation. A single-row ball slewing ring has a four-point contact structure. A double-row configuration has two rows of four-point contact.

We’re always here! Whether you’re looking for a quote or just have a question, submit it here and we’ll be in touch. We’re here to print something AMAZING and we can’t wait to work with you!

Our roller bearings use cross-roller elements instead of steel balls. This design creates a line of contact rather than four distinct points of contact. With this configuration, the load is spread over a larger area on the raceway.

MPB

For standard market slewing bearings, our team is able to provide drop fit models with reference to a bearing part number across different brands. For non-standard ring bearings, our engineering team is equipped with all the required bearing calculations and 3d modeling tools to provide custom made slewing ring bearings.

SlewMaster provides its customers with high-quality slew rings within a wide range of sizes used in many applications. Sizes range from 3” (100mm) up to 6 ft (2m) in OD. For design and application purposes, slew rings are available with external teeth on the outer ring, internal teeth on the inner ring, or without teeth.

Already working on a project with MPB?  Contact a member of our customer service team to get status updates and additional information.