The most effective way to improve the accuracy of the workpieces!! A new powerful tool to increase the added value of machines!!
Resonance excited in the structure of the workpiece is utilized to achieve the goal of residual stress relief, which can effectively prevent the workpiece from deformation generated during the process. The changes of the vibration characteristic curve of the workpiece before and after stress relief are printed out as the evidence of processed results.
Characteristics:
1. Save more than 95% of energy comparing with annealing.
2. Save a great amount of cost! (The truck cost for transporting workpieces to annealing oven is not even included)
3. Save labor hours (only 30-60 minutes are required), reduce processing duration (can be performed immediately in situ at working or welding site).
4. The best timing for the application: after the workpiece’s roughing and prior to finish processing (which eliminates processing stress in the same time!)
5. The stability of accuracy of the finished workpiece is almost that of annealing, even better than annealing!
6. Intelligent design saves time and efforts for operating the equipment, automatically completes relief of stress for the workpiece and print out the result.
7. If applied for molds, besides increased accuracy, mold cracks can be also avoided and the life of the mold can be increased as well.
8. Applicable to materials including cast iron, welded parts, aluminum alloy, stainless steel, tool steel, carbon steel and titanium alloy etc.
Applicable fields: machine tool, rubber/plastic machine, electronic machinery, industrial machinery, stamping machine, printing machine, textile machinery, carpenter machinery, aerospace industry, automotive industry, precision processed parts and components etc.
Customers: AWEA Mechantronic, Goodway Machine, Far East Machinery, Kao Fong Machinery, Je-Huang Ironworks, Top Work Industry, Long-Shen Ironworks, King Rich Industries and Jun Shiau Machinery etc.