Deep Drawing Articles and Resources

Clarifying Elements to the Deep Draw Design Process – The Draw Ratio  When it comes to tool design, the most important formula is The Draw Ratio, also known as Limiting Draw Ratio (LDR). The formula is: LDR = D / d D = blank diameter d = cup ID or punch diameter This ratio shows

What are the differences of Deep Drawing and Hydroforming?   Hydroforming is a specialized Deep Drawing process also known as Sheet Hydroforming. Sheet hydroforming allows various materials to become complex and structurally sound parts. It allows for asymmetrical or irregular shaped geometries, while conventional Deep Drawn parts are symmetrical and uniform throughout the entire shape.

The Difference Between Deep Drawing and Stamping Deep Drawing and Stamping are similar manufacturing processes that are often confused with each other. Each process produces strong and durable parts with high accuracy and tolerances. Deep Drawing and Stamping each require a design process, with considerations of how the materials will affect the manufacturing process, production

Deep Drawing and Stamping With Copper Deep Drawing is one of our most popular processes at China Metal Spinner Company. We are able to run large numbers of parts in a short amount of time, with extreme accuracy and precision. Copper has great malleability, meaning it can be stretched without breaking, which is ideal for Deep

Deep Drawing and Stamping With Aluminum Aluminum Aluminum is one of the most commonly used metals in the world. Some of the most typical uses are seen in: Beverage Cans Refrigerators Kitchen Stoves Automobile frames Airplane wings Spacecraft Components Televisions Laptops/External Monitors Cooking Utensils Aluminum Foil Aluminum is very durable, yet lighter in weight compared

Deep Drawing: Key Variables Impacting Metal Flow  Material Type Materials we use at China Metal Spinner include: Stainless Steel Cold Rolled Steel Copper Brass Aluminum Some of the most important aspects of Deep Drawing are as follows: Blank Size Material Thickness Part Shape Part Geometry Draw Radii Draw Ratio Lubricants Die Surface Finish Die Temperature