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Progressive Die vs Transfer Die vs Deep Draw: Which Process Fits Your Part

September 23, 2026

Four processes cover most custom stamped parts: progressive die, transfer die, deep draw and fourslide. They use the same raw material and often the same press room, but the tooling bill, the piece price and the lead time are very different. Picking the wrong one is the most expensive mistake a stamping buyer makes.

Progressive die

A coil strip feeds through a die with several stations. Each press stroke does one operation at every station at the same time, and the strip carries the part forward until a final station cuts it free. A ten station die makes a finished part on every hit.

• Best for: flat and lightly formed parts with many features, up to roughly the size of your hand
• Typical volume: 50,000 a year and up
• Typical tooling: $10k to $80k, more for many stations or hard tool steel
• Typical tooling lead time: 10 to 20 weeks
• Piece price: the lowest of the four once it runs

The cost driver is station count. Every hole, bend, emboss and coin needs a station or shares one, and every station adds steel, design time and try out time.

Transfer die

The blank is cut free first, then mechanical fingers move it from station to station inside one press. Because the part is not attached to a strip, the tooling can work on all sides of it.

• Best for: bigger parts, deeper forms, parts that need operations a carrier strip cannot support
• Typical volume: 20,000 a year and up
• Typical tooling: $20k to $150k
• Typical tooling lead time: 12 to 24 weeks
• Piece price: higher than progressive on the same part, lower than several separate single stage dies

Transfer also wastes less material on some parts, because there is no carrier strip. On expensive material that alone can pay for the difference in tooling.

Deep draw

A punch pushes a blank into a die cavity to form a cup or shell, usually in several stages with increasing depth. Draw work has its own rules: draw ratio per stage, blank holder pressure, lubrication and sometimes an anneal between stages to restore ductility.

• Best for: cups, shells, cans, closed enclosures, anything where depth is close to or greater than the width
• Typical volume: 25,000 a year and up
• Typical tooling: $15k to $100k
• Typical tooling lead time: 12 to 20 weeks
• Watch: wall thinning, earing at the rim and springback on the flange

Fewer shops run deep draw well. If your part is a shell, screen suppliers on draw experience first and price second.

Fourslide and multislide

Strip or wire feeds into a machine where several slides strike from different directions, so forms and bends happen in sequence without a large press. Tooling is a set of small tools rather than one big die.

• Best for: clips, springs, terminals, small wire forms and parts with bends in several directions
• Typical volume: 100,000 a year and up
• Typical tooling: $3k to $20k
• Typical tooling lead time: 6 to 12 weeks
• Limit: part size. These machines are built for small parts

For a small spring clip, a fourslide often beats a progressive die on tooling cost by a wide margin.

Side by side

	Progressive	Transfer	Deep draw	Fourslide
Part size	Small to medium	Medium to large	Small to medium	Small
Depth	Shallow forms	Deeper forms	Deep shells	Bends and coils
Volume	50,000 and up	20,000 and up	25,000 and up	100,000 and up
Tooling	$10k to $80k	$20k to $150k	$15k to $100k	$3k to $20k
Tooling lead time	10 to 20 weeks	12 to 24 weeks	12 to 20 weeks	6 to 12 weeks
Piece price	Lowest	Middle	Depends on stages	Low on small parts

All figures are typical ranges from how shops usually quote, not promises. Your part sets the real numbers.

Material and thickness push the choice too

The part shape gets most of the attention, but the material decides whether the shape is even practical:

• Thickness. Thin strip under about 1 mm feeds and carries well, which favors progressive. Heavy plate over about 4 mm needs tonnage and often moves the part to transfer or to laser blanking with forming.
• Strength. High strength steels spring back more, need larger bend radii and wear tools faster. Expect more stations, harder tool steel and a shorter die life.
• Stainless 301 and spring tempers. These work harden during forming. Draw work on them often needs an intermediate anneal, which adds cost and lead time.
• Coated material. Galvanized and prepainted steel scratch in the die. Shops add lubricants, protective films or extra clearance, and that changes the quote.
• Aluminum. Forms easily but cracks on tight radii in 6061. 5052 is the usual choice for formed parts.

Tell the shop the grade and the temper, not just the word steel or aluminum. Two grades of the same metal can move the die design from six stations to nine.

What a tooling lead time really covers

A twelve week tooling quote is not twelve weeks of cutting steel. It usually breaks down roughly like this:

1. Die design and buyer approval of the strip layout, one to three weeks
2. Ordering tool steel and standard components, one to three weeks
3. Machining, wire EDM and grinding, three to six weeks
4. Assembly and bench work, one to two weeks
5. Try out, first samples and corrections, two to four weeks

The approval steps in stages one and five are yours. Buyers routinely add weeks by sitting on a strip layout for ten days. Agree in advance who signs off and how fast.

A quick worked example

Take a simple bracket in 1.5 mm cold rolled steel, four holes and two bends. Assume, for the sake of the arithmetic, a $28,000 progressive die with a $0.42 piece price, against laser blanking and brake forming at no tooling and $2.10 a piece.

• At 5,000 pieces a year, the die costs $28,000 and saves $1.68 a piece, so payback takes more than three years. Laser and brake wins.
• At 40,000 a year, the saving is $67,200 a year. The die pays back in about five months.
• At 200,000 a year, the die is a rounding error and the piece price is the whole discussion.

Those are made up numbers to show the shape of the decision, not market prices. Run the same arithmetic with your own quotes before approving tooling.

Low volume: the fifth option

If your annual volume is a few thousand pieces, none of the four may be right. Laser or turret blanking with press brake forming needs little or no tooling, costs more per piece and has a lead time measured in weeks. It is also the usual way to get production intent samples while a hard die is being built.

Say your volume plainly in the RFQ. A shop that quotes a $40,000 progressive die for 3,000 pieces a year has either misread the volume or is not interested in the job.

How to tell where your part belongs

Work down this list and stop at the first yes:

1. Is the part a cup, shell or can, with depth close to its width? Deep draw, or transfer with draw stations.
2. Is it bigger than a hand or too deep to stay on a strip? Transfer.
3. Is it a small clip, spring or terminal with bends in several directions, at high volume? Fourslide.
4. Is it thin strip material with many holes and light forms, at real volume? Progressive.
5. Is annual volume under about ten thousand? Laser blank plus brake, or a simple single stage die.

Parts that sit on a boundary are worth quoting two ways. Ask each shop which process they would use and why, and you will learn more from the disagreement than from the prices.

Getting comparable quotes

Whichever process fits, shops need the same inputs: print or model, material and thickness, annual volume and release pattern, tolerances that matter, secondary operations and any certification requirements. Send that once through our RFQ form and we match it with up to three stamping shops set up for that die type, within 24 business hours.

Before you pick one, run through the supplier checklist, especially the part about tooling ownership.

Frequently asked questions

Keep reading

• Stamping Press Tonnage Calculation: The Formula Shops Use and Where It Falls Short
• Stamping Die Maintenance: How Tool Life Is Managed and the Questions Worth Asking