Roller Bearings

Roller Bearings feature optimized roller crown design.
Roller Bearings

Roller Bearings feature optimized roller crown design.

Cylindrical roller bearings are single and double row spindle bearings with crown profile for optimized load distribution. Typically used in combination with double direction angular contact thrust bearings, they are suited for applications where combination of radial stiffness, high radial capacity and high precision support are required. Hybrid Ceramic (HCN) single row cylindrical roller...

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Roller Bearings

Hybrid Bearings have rolling elements 40% lighter than steel.

Hybrid bearings, including angular-contact ball bearings and cylindrical roller bearing, combine steel raceways with silicon-nitride balls. Dimensionally interchangeable with ISO dimensioned bearings, hybrid bearings provide resistance to wear. They can operate without oil, using process fluid as lubricant. Silicon nitride balls have 50% higher modulus of elasticity than steel, increasing bearing...

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Roller Bearings eliminate need for loose housing fits.
Roller Bearings

Roller Bearings eliminate need for loose housing fits.

SKF® single-row, silicon nitride, cylindrical roller bearings offer ceramic rollers, polymer cages, and tapered bores for preload/clearance adjustment. Bore sizes range from 40 to 120 mm. Design allows bearings to reach reference speed of 1.8 million Ndm when light-loaded and oil-air lubricated. Units are suited for machining and milling applications.

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Cut and Bevel Pipe up to 63" Diameter with a Single Lightweight, Portable Machine
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Cut and Bevel Pipe up to 63" Diameter with a Single Lightweight, Portable Machine

CS Unitec is a leader in power tools designed for industrial applications, with products that set the standard for robust performance and industry-leading reliability. Adding to our long list of innovation is a new line of pipe cutting machines. For cutting and beveling pipe up to 2" in thickness and diameters from 12" to 63", no other cutting system comes close. See our video to learn more.

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