Progressive Die Stamping has many important applications in the transportation industry:
Automotive sector:
Automotive body components, such as side panels, door panels, engine hood, etc. By using progressive die stamping, large body panels with complex shapes and high precision requirements can be efficiently produced.
Like automotive side panels, progressive die stamping can complete multiple processes in one stamping process, including punching, trimming, bending, etc., ensuring accurate size and good surface quality of the side panels.
Chassis components: such as control arms, suspension brackets, etc. These components need to withstand significant loads, and progressive die stamping can ensure their strength and accuracy.
For suspension brackets, progressive die stamping can manufacture components with specific geometric shapes and reinforcing ribs to improve their load-bearing capacity.
Interior components: including dashboard bracket, center console frame, etc. Can quickly produce a large number of interior parts of the same specifications to meet the needs of large-scale automobile production.
Motorcycle industry:
Frame components: such as frame supervisors, connectors, etc. Progressive die stamping can manufacture frame components with high precision and good mechanical properties.
The motorcycle frame supervisor can achieve lightweight design while maintaining sufficient strength through progressive die stamping.
Engine components: such as cylinder head, oil tank, etc.
Aerospace field:
Aircraft components: such as small structural components, connectors, etc. Progressive die stamping can ensure the consistency and reliability of parts.
Some connecting components inside the aircraft are produced through progressive die stamping to ensure stable performance in complex high-altitude environments.
In the field of rail transit:
Train body components: such as body side panels, roof, etc. Capable of efficiently producing large panels that meet the requirements of train shape and strength.
The progressive die stamping parts of the train roof can ensure good sealing and structural strength.
Progressive Die Stamping technology provides an efficient, high-precision, and high-quality component production method for the transportation industry, helping to improve the performance, safety, and production efficiency of transportation vehicles. For example, in automobile production, the engine hood produced by progressive die stamping not only has a precise shape but also a smooth surface, which can effectively reduce wind resistance.