Thick Turret Tooling for Sheet Metal Works

Thick Turret Tooling is a punching dies for sheet metal works, it includes Amada, Euromac, Tailift, Wilson tools, Murata, and Mate Turret tooling. It has quick change tooling, multi-tools, and forming tools with high performance. The Mate punching tools has a feather with fewer setup times & more flexibility. Amada thick Turret tooling is a high speed, cost-effective way to make multi holes for sheet metal works.

The thick turret punching press has a comprehensive range of Amada thick turret tooling systems. The thick turret system includes punches dies, Guides, springs etc . the thick turret can be divided into A-E stations based on the sizes of Punching tools. The turret punch can make holes in a variety of many holes in a sheet of metal. It uses a punch to push a piece of metal to create a hole. and a die on the other side of the hole to contain the metal. Correct die clearance between the punch and dies assures normal tool life & punching without defect.

Turret punch tooling types include standard cast dies, and forming stamping dies, & plastic injection molds  . we adopt a hardened steel guide, providing four times more grind life than traditional old style guide assemblies. we can offer you a full range of thick tooling for Murata Wiedemann from ‘A’ through to ‘E’ station. Complementing this, we offer custom compatible tooling, tool holders, reducers, and guide assembly.

CNC turret Punch press tooling with standard and forming designs

The CNC turret Punch tooling includes stamping die punches, strippers, dies, Guides, etc. It uses the tooling punches to push the sheet metal to create holes, and dies on the other side of the hole to contain the metal.

CNC Turret punching machines have a rotating turret that holds various punching tools, such as standard Round, Square, Rectangle, and Oblong, shapes and custom-shaped tools located on the A, B, C, D, and E stations (thick turret system).

 

It can make multi-holes in a wide variety of different diameters in one punch stroke. If punches and die aren't aligned for round-hole, the tool life and machine life will suffer.This turret can quickly index to select the appropriate tool for a specific punching operation.

Punch Press Parts - Turret punch press manufacturers

CNC punch press dies include precise stamping punch and die & other press molds. we offer thick turret tooling & Thin turret Trumpf style tooling, Wilson tools, and cluster multi tools. AMADA Turret punch press tooling ensures high quality tool steel and cost effective products. Book a precise tool for your servo-electric or heavy-duty turret punching machine? As one of the stamping press dies manufacturers in China, you can contact us for thick and thin steel custom fabrication.

How It Works?

Punchpress Tooling Advantages

The Turret punch tooling is suited for a wide range of different applications.

Adjustable height ,speed ,stroke.

Built-in overload protection

Simple Structure and pneumatic innovation.

Lower tool costs

Punch Press Die Applications

Kitchen Hardware Forming Parts

stainless-steel-kitchenware

laders

metal Lader-what we make

Metal Forming Parts

Hydraulic-press-produce-sample

FAQ- Frequently asked questions

The Press machines include Hydraulic Press, Power Press, and heat press machines. It used for forming metal parts by applying the following processes: shearing, blanking, forming, drawing, bending, forging, coining, upsetting, flanging, squeezing, and hammering.

The Tonnage Formula is the pressure required in tons to cut a blank or contour using a flat faced punch with no shear. Tonnages can be calculated for forming, bending, cutting, drawing, and blanking operations. Having the ability to calculate the tonnages for a sheet metal project is vital for the completion and success of your project.

FORMULA
T (ton)= P(Perimeter in Inches) x T(Material thickness) x C

Constant = The material shear strength/2000 pounds

EXAMPLE
0.050 CR Steel, 1/2 Hd; Cutting edge of 12 linear inches T= 12 x 0.050 x 32, T = 20 tons required

CONSTANTS
Aluminum- Soft-11,  T4/T6-15              Steel- HR/Cold Rolled-27, 1/2 Hard-32

Stainless Steel- Annealed-37, 1/2 Hard-50,  4130 AQ - 40   Brass- 1/2 Hard-22, Hard-25

Calculating die clearance correctly is the most effective way to extend tool life, reduce machine tonnage, and ensure high-quality parts. Die clearance is the difference between the size of the punch and the size of the die opening.

In sheet metal punching, clearance is almost always calculated as a percentage of the material thickness.

Total Clearance = Material Thickness x Clearance Percentage

 

Recommended Percentages by Material

Different materials require different clearances based on their ductility .

Material Type                             Recommended Total Clearance (% of Thickness)

Aluminum (Soft/Medium)         10% – 15%

Mild Steel                                       15% – 20%

Stainless Steel                                20% – 25%

High Carbon/Spring Steel          25% – 30%

 

Catalogue

JSTMT catalogue

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