Power Spring for Draw Wire Encoder Application

for medical device application

  • Power Spring for Draw Wire Encoder Application
    Power Spring for Draw Wire Encoder Application
  • Power Spring for Draw Wire Encoder Application
    Power Spring for Draw Wire Encoder Application
  • Power Spring for Draw Wire Encoder Application
    Power Spring for Draw Wire Encoder Application

Power Springs are formed by winding a strip of material on an arbor and into a case or retaining ring to create a compact power source. Power spring features retractable, tensioning and loading function.

When it come position movement and high adjustment of machine and appliance, precise positioning performance and easily operating are required at first priority.

In medical devices field, Ming Tai's power spring had been employed in Draw-wire Encoder for positioning of MRI and x-ray machines, which has gained great performance.

Draw-wire encoder controls the stroke of table of MRI and x-ray machines. Through the tension and loading function of power spring, the table of CT Scanner can be move smoothly, and positioning precisely.

For crane example, hydraulic piston rod of crane moving up and down depends on draw wire encoder to feedback gravity and data of positioning to controller. So that controller drive crane to enable to do lifting precise positioning performance, easy operation and safety for working. Ming Tai manufactures high quality power spring, which is employed in draw-wire Encoder for crane application can meet high performance demand as well.

Based on the over 50 years of experience, Ming-Tai equips comprehensive know-how in assisting customers to solve each kind of steel strip spring demand. Ming-Tai provides integrated service from spring design consulting to high precision manufacturing. Even though it is a rough idea initially, Ming-Tai is capable to turn it into optimized spring product to fulfill your individual need. Engineers are welcome to visit Ming Tai’s website at www.powerspring.com.tw for more information.