Ball Screw Device Applied to Heavy Loading Condition

Shang Hua Tsai; Yih Chyun Hwang; Chao Yuan Kang; Hui Chen Chen

doi:10.4028/www.scientific.net/KEM.642.196

Paper Titles

Tribological Characteristics of Diamond like Carbon Coating in the Presence of Environment Friendly Vegetable Based Oils
p.174

Tribological Characteristics of Amorphous Hydrogenated DLC in the Presence of Commercial Lubricating Oil
p.179

Mechanical and Tribological Properties of W₍₁₀₀_-x)_%C_x_% Coatings Deposited by DC Magnetron Sputtering
p.184

Development of Mixed Lubrication Cold Rolling Model
p.190

Ball Screw Device Applied to Heavy Loading Condition
p.196

Studies of Micro-Hole Burr Improvement for Aluminum Alloy Materials Using Vibrated Abrasive Grinding Machining
p.202

Feasibility Study of Micro-Hole Wall Grinding by Micro-Elastic Abrasive Particles
p.207

The Study of Thermal Raising and Transmission Torque of High Speed Ball-Screw Lubricated by Different Greases
p.212

The Surface Parameters Analysis of Magnesium Alloys Sheet during Warm Isothermal Forming
p.217

HomeKey Engineering MaterialsKey Engineering Materials Vol. 642Ball Screw Device Applied to Heavy Loading...

Ball Screw Device Applied to Heavy Loading Condition

Abstract:

With the rising of public environmental awareness and energy saving goal, high efficient transmission of ballscrew is widely used for production equipment. Of all the ballscrew application, heavy loading is the most stringent operation condition. The crucial techniques for this application are ball recirculation system and lubrication design. In this article, a heavy-load type ballscrew is verified to meet the application requirements through experiments, dynamic simulations and test runs on test bench.