OEM Precision Sheet Deep Drawing CNC Stamping Parts

OEM precision sheet deep drawing CNC stamping parts

Deep drawing metal stamping

Deep-drawing metal stamping requires the use of hardened steel dies to accommodate higher output. For customers, this is an economical choice, because faster speed and higher productivity can usually offset the original mold cost.

At yonglihao, we are committed to ensuring that deep drawing metal stamping is an economical choice for customers with short-term and large-scale needs. We handle all metal stamping in-house, making start-up costs more flexible, and lower costs for prototype tools and short-term production.

Deep drawing metal stamping parameters

Deep drawing, simpler shape

Deep drawing metal stamping is very suitable for customers who want to produce less complex shapes and pay the least attention to surface marking. Unless the material exhibits unusual springback, short-term metal stamping can be used to maintain internal dimensions within plus or minus 0.01 inches.

In order to help our customers produce high-quality deep-drawn metal stamping parts that meet their needs and specifications, Jones Metal processes a variety of metals, including steel, aluminum, copper, titanium, lead, brass, stainless steel, composite metals and high-tech alloys.

Deep drawing process

Although it can be modified to make specific parts, our deep drawing process usually follows the same five steps:

Design review: Our engineers will review the part design in detail to ensure it is suitable for deep drawing. This includes an in-depth analysis of part dimensions, materials, stretch ratios and required tolerances.

Press selection: Our engineers will determine the most suitable machine size and diameter for the part size and material.

3D virtual prototype: Use virtual software to create prototypes of parts. Before the production process starts, the prototype is run through a large number of operation simulations to find any design problems.

Equipment setup: Our skilled engineers check the size and requirements of the components and set up the die and punch.

Deep drawing process: Place the sheet metal or metal blank on the mold and fix it. The press is then activated to press the punch against the die with a maximum force of 400 tons. Repeat the process until the component reaches the desired size and shape.