• To apply proper cooling mode to various alloys to achieve optimal mechanical properties.
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• To avoid deformation and ensure the correct dimensional tolerance.

• High productivity, high efficiency.
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• Energy saving with a low-production cost.
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• High automation to easy operation.

1. Four cooling modes: Air cooling, air-mist combined cooling, mist cooling, high pressure spray.

-Air-mist combined cooling is better than air cooling in hardness, and more saving energy.

-To manage the cooling strength based on the section difference, to avoid deformation as less as possible.

-This design could reach to balance cooling to avoid deformation as less as possible.

-It is designed that the top air jets and both side jets could manage to move separately, to match the profile shape , this design is more better for large quenching system .
-Water jets is designed to same function as air jets.

5. The controller of man-machine interface and date memory.