IS PROGRESSIVE DIE STAMPING OR TRANSFER DIE STAMPING BEST
If you’re responsible for designing or buying precision metal stamped parts, it’s important to understand when to use progressive die stamping versus transfer die stamping.Historically, metal stamping companies performed one service - single stroke, short-run stamping. Today, precision metal stamping manufacturing techniques have evolved to meet the increasing demands of intricate components.To get more news about progressive stamping, you can visit tenral.com official website.
For simple parts, progressive or transfer metal stamping may not be the best option, but if you’re forming complex parts, one or the other is often the best choice. Both progressive and transfer die stamping is used to manufacture automotive, medical device, and electronic components.
How do you determine which method is best for your application?
First, you need to understand the different production methods so you can better identify the pros and cons.A progressive tool can make simple or complex parts in very large quantities. Metal, in coil form, is fed through a progressive tool with a series of stamping stations that is run in a punch press to perform the operations. The material is uncoiled, straightened and then fed in precise increments into the tool. As the material travels through the tool, each station performs an operation that changes the flat coiled stock into a metal stamping. The action of each successive station adds onto the work of the previous stations. Once the material has gone through the entire progressive tool, the stamping is complete.
Transfer die stamping is similar to progressive die stamping, but the part is free from the metal strip. Instead of feeding the component through a series of stations, a mechanical transport system (or performed manually) is used to move the part from station to station. Transfer dies can include a single die, a number of dies, or machines arranged in a row to form a production line.
The transfer press process begins with a strip of metal fed into the first station where the blank is cut. The blank is then transferred mechanically(or manually) through various forming stations. Transfer die stamping is versatile, many part features such as chamfering, cut-outs, pierced holes, ribs, knurls and threading can be designed into the primary operations.