NSK super precision bearings deliver the highest level of accuracy, supported by our production capability, state-of-the-art equipment and extensive manufacturing expertise, as well as our commitment to applying the same rigorous quality control procedures at each stage of our production process. With optimal materials and internal design, NSK offers several types of super precision bearing, including the ROBUST series.
NSK's super precision ball bearings are designed to meet the following requirements:
High rotational speed
Quiet and smooth running
Minimum friction and heat generation
Product Features and Benefits:
Optimum design - Achieved by computer simulation of temperature rise resulting from ball skid.
Long life - Range of material specification including high quality ultra clean steel, extra pure and advanced material SHX patented by NSK.
High accuracy - Rolling elements with P2 series available in standard steel and ceramic material.
NSK Australia | Bearings, Automotive Comp, Linear Motion
NSK was founded in 1916 and produced the first ball bearings made in Japan. Since then, the company has spearheaded the development of bearings in Japan. NSK now offers a full range of bearings and sells them worldwide. NSK bearings have contributed greatly to the growth of many industries and to the advancement of mechanical technology. With some 60 manufacturing bases and sales offices in 26 countries, NSK has the largest share of the bearings market in Japan and is one of the largest bearings suppliers in the world. Of future policy, NSK aims to be number 1 in Total Quality in the business of Motion & Control by it's centenary year 2016.
NSK Australia has been servicing the local market since 1965. As the warehousing and distribution outlet for Australia and New Zealand, a large range of ball and roller bearings and associated componentry, Automotive bearings and components and Linear Motion products are stocked. Complimented by a team of engineers and sales staff, NSK seeks to find solutions to troublesome applications.