metal stamping mould
1.Product Introduction
The aluminum materials we choose have high strength, high wear resistance and proper toughness. The stamping die can be applied to an external force such as a plate, a strip, a pipe, a profile, or the like to cause plastic deformation or separation to obtain a desired shape and size of the workpiece.
Such a mold is widely used in actual machinery manufacturing, automobile, and the like because of its high production efficiency and can be automated for mass production. In addition, we also use computer technology such as CAD/CAM to realize the design for manufacturing and assembly, integrating design and manufacturing.
2.Product Parameter
Product name | metal stamping mould | |||
Material | SKD61, H13, 8407, 3Cr2W8v, 4Cr5MoVIsi | |||
Weight | 500-2000kg | |||
Process name | 1 | Incoming material inspection | 8 | Natural |
2 | Material | 9 | Appearance inspection | |
3 | Melting | 10 | Leakage testing | |
4 | Die casting | 11 | Inspection parts after plating | |
5 | Debarring | 12 | Packaging | |
6 | Process inspection | 13 | Inspection for delivery | |
7 | Machining | 14 | Delivery | |
Drawing | Provide by customer, or design according as the sample | |||
Drawing format | Pro/E, AutoCAD, SOLIDWORK, CAXA, UG, CAD, CAM, CAE, STP, IGES, etc. |
3.Application
Metal stamping parts
4.Production Details
Place of Origin: Zhejiang, China (Mainland)
Brand Name: Friendly
Application: electrical appliance
Material: Aluminum
Dimensions: OEM, Customized Sizes
Certification: ISO9001/Utility model patent certificate
Serivce: OEM/ODM/Customized/Design
Surface treatment: natural
Drawing formation:2D and 3D igs or stp format
Delivery: 3-4 weeks for mould and 3-5 days for samples
Tolerance:+/-0.01mm
5.Process control:
1. In the process development stage, through the analysis of the product, it is predicted that the product may be defective in the manufacturing, so as to develop a stable manufacturing process plan;
2. Implement standardization of production processes and standardization of production processes;
3. Establish a database and continuously summarize and optimize it;
4. Using the CAE analysis software system to arrive at an optimal solution.
6.Recommendations