TX-VSR Automatic Vibratory Stress Relief Device

  Technological Parameter

The Maximum Vibratility
The Maximum Rated Current      
Frequency
The Maximum Output Power
Voltage
Controller's Weight
Vibrator's Weight		 10กซ50(KN)
10(A)
10กซ400(Hz)
300กซ500(W)
AC200กซ240(v)
4.5กซ5(Kg)
14กซ18(Kg)

    Product Performance
  1. New technology replacing completely traditional natural stress relief and heating treatment stress relief (Resolving time wastage, power consumption and contamination; enhancing work efficiency).
  2. Eliminating remaining inner stress of metal devices and casting devices according to resonance principle; used widely in casting, forging and welding.
  3. Stabilizing metal devices, casting, forging and welding devices' demension; enhancing deformation resistant capability.
  4. Saving ninty-eight percent power in comparison to heating treatment stress relief; increasing work efficiency several dozens times; reducing nearly eighty percent of remaining stress; making stress well-distributed.
    Compare TX-VSR with Traditional Motor Actuator
    Traditional Motor Actuator
  1. Unable to process small-sized workpieces (which usually have a high resonance frequency) for the reason of slow motor rotation speed and therefore low frequency as a result.
  2. Difficulty in treating larger-sized workpiece for the reason of low working force if only one motor is used, or poor frequency consestency if several motors are jointly used.
  3. Short service life and low reliability.
  4. Frequent maintenance.
  5. Heavy weight.
    GMM Automatic Vibratory Stress Relief Device
  1. Directly producing vibration by GMM materials; Easy to attain high vibratory frequency; Easy to process big and small special shaped devices and attain satisfied effect.
  2. Vibratory frequency synchronization of several GMM vibrators working together can be reliably achieved; A maximum of 60KN vibratory force can be attained with a single vibrator. Larger force requirement can be met by coorperating more vibrators working together.
  3. Extreme reliability, long life, consecutive operation, low maintenance rate.
  4. No aging & fatigue, light weight, flexibility, broad bandwidth, continuous adjustable frequency and wide work range; Input power far lower than that of the traditional motor device's.