Semiconductor Thin Section Ball Bearing
Zengkun Has The Engineering Expertise To Develop Precision Thin Section Ball Bearing Solutions For Each Step In The Silicon Chip Manufacturing Process. From Semiconductor Robots To Mechanical Polishers To Photolithography Equipment, Thin Section Ball Bearings Provide A Space-Saving Design For Smaller, Lighter, Simpler Rotating Devices.
Our Wide Selection Of Thin Section Ball Bearings Can Be Customized And Optimized To Minimize Friction, Out-Gassing, Contamination, Corrosion, And Even Wear, Without Sacrificing Accuracy. Special Optional Materials May Permit Operating Temperatures Above 250°C, Vacuum Levels Of 10-8 To 10-12 Torr, Minimized Particulate Generation, And Tolerance For Corrosive Chemical Environments. Hybrid Ball Bearings Can Improve Torque Characteristics And Extend Life For Marginally Lubricated Applications.
Zengkun Super Duplex Bearing Assemblies Are An Ideal Solution For High Speed, Smooth Torque Applications. Super Duplex Ball Bearings Feature A Common Race With Two Bearing Paths That Are Ground At The Same Time And "Run-Out" Together. This Unique Design Helps To Smooth Out The Potential Added Torque That Would Be Caused By Variations In Axial Runout. Zengkun Cartridge Bearing Assemblies Take This Design A Step Further, With Both A Single Outer And A Single Inner Raceway To Provide The Absolute Best Possible Torque Performance. Like The Super Duplex Bearing , This Design Eliminates Potential Alignment And Orientation Installation Errors That Can Result When Using Duplexed Pairs Of Angular Contact Bearings.
Shields Can Be Added Without Increasing Bearing Space Requirements. Seals Are Often Used In Atmospheric Environments, While Shields Are Ideal For Vacuum And Other Ultra-Clean Environments. Because Shields Don't Quite Touch The Inner Race Ring, There's No Torque Penalty Or Particle Generations.
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