Ensure cutting dimension accuracy, improve work efficiency, neat and beautiful plate

Reliable and stable welding quality, good quality of finished products, reduce the labor intensity of workers, improve production efficiency

8.used to integrally mold the wheel cover and air inlet of fans below 12# to improve work efficiency, ensure mold line size, and reduce the deformation effects caused by welding.

The bracket processing technology is optimized and the bracket is formed in one piece, which reduces the welding work of workers, improves work efficiency, reduces weld joints, and greatly improves the rigidity of the bracket to ensure safe and smooth operation of the fan.

1.Reduce the imbalance of the workpiece and extend its service life several times. 
2.It can effectively reduce the damage to equipment caused by unbalanced workpieces.
3.Reduce noise and vibration caused by unbalanced workpieces.

1.improves or eliminates various structural defects and residual stress caused by the casting or welding process of fan parts, and avoids deformation, cracking, etc. of the workpiece after operation. 
2. Refine the grains and improve the structure to improve the mechanical properties of the workpiece.

Used for the molding of impeller covers, air inlets, blades, and volute tongues to ensure the dimensional accuracy of important lines, thereby reducing the deviation between the actual operating performance of the fan and the theoretical design performance, and reducing the user's on-site operating costs.

Surface milling of the overall base and motor base to ensure flatness and roughness, reduce the adjustment workload of the bearing box and motor, ensure installation accuracy, reduce operating failures, and ensure long-term smooth operation of the motor and fan. There are also products with sealing requirements such as casings or air inlets. The joint surface or flange surface is milled to ensure the flatness of the joint surface and improve the sealing performance.

The wind turbine testing center is equipped with a full set of advanced testing equipment from the Shenyang Blower Research Institute, which can conduct performance testing, data analysis and energy efficiency evaluation of wind turbines. It is the only test method to verify whether the fan performance meets the standards.