Description

Technical Parameters

A stamping press machine is a mechanical device used to shape or cut metal by deforming it with a die. These machines are fundamental in the manufacturing industry, especially in the production of automotive, appliance, and aerospace parts. They operate by exerting high pressure on a metal sheet, forcing it into a die cavity to form the desired shape.

Stamping presses can be categorized into several types, including mechanical, hydraulic, and servo-driven presses. Mechanical presses use a motor to drive a flywheel, which stores energy and releases it to power the press. Hydraulic presses, on the other hand, use hydraulic cylinders to generate force, offering greater flexibility and control. Servo-driven presses are the most advanced, combining the benefits of mechanical and hydraulic systems, allowing for precise control over speed, position, and force.

Stamping Product 1

Stamping Product 2

Stamping Product 3

Key components of a Stamping Presses include the frame, bolster plate, ram, and die. The frame provides the structure and support, while the bolster plate serves as a stable base for the die. The ram, driven by the press mechanism, moves up and down to apply pressure. Dies, which are custom-designed molds, define the shape and features of the final product.

The efficiency and precision of Stamping Presses make them indispensable in mass production environments. They enable high-speed, high-volume manufacturing of complex parts with consistent quality, significantly reducing production costs and time. With advancements in technology, modern stamping presses are increasingly automated, enhancing productivity and ensuring safety.

Stamping Product 4

Stamping Product 5

Stamping Product 6

Stamping Product 7

Stamping Press Machine Introduction

1. High rigidity mode structure, designed according to the requirements of heavy-duty presses, with excellent resistance to eccentric load stamping, small body deformation, suitable for red stamping products with fluctuating stamping tonnage.

2. Eight-sided guide rails, effectively eliminate eccentric load displacement, high guiding accuracy, good verticality, long mold life, good concentricity of stretched products

3. Closed gear box, greatly reduces noise, gears are immersed in oil, and gear life is long.

4. Closed pneumatic clutch, sensitive action, smooth engagement, accurate stop angle, can stop at any angle, convenient and safe mold loading.

Gear

Motor

Slider

Duplex solenoid valve

Name	Unit	DPG-250T		DPG-400T
Nominal force	KN	2500		4000
Type		V	H	V	H
Slider stroke	mm	180	150	250	150
Nominal force stroke	mm	10	5	15	9
Number of strokes (constant speed)	s.p.m	50	60	40	60
Maximum die height	mm	500	525	600	650
Die height adjustment	mm	50		80
Lower worktable size	mm	900×800×155		1200×900×185
Slider bottom	mm	750×750		850×850
Worktable center hole	mm	Ø70(Customizable)		Ø80(Customizable)
Mold handle hole	mm	Ø80		Ø90
Main motor	KW×P	22×4		45×4
Push-down form		Mechanical cam type		Mechanical cam type
Push-down capacity	KN	200		350
Push-down stroke	mm	50		55
Air pressure used	MPa	0.6-0.7		0.6-0.7
Punch (front and back × left and right × height)	mm	2285×2690×4600		2805×3190×5400
Punch weight	Ton	Approx.25		Approx.38

Name	Unit	DPG-500T		DPG-600T
Nominal force	KN	5000		6000
Type		V	H	V	H
Slider stroke	mm	280	180	280	180
Nominal force stroke	mm	20	12	20	12
Number of strokes (constant speed)	s.p.m	35	50	30	45
Maximum die height	mm	600	650	600	650
Die height adjustment	mm	80		80
Lower worktable size	mm	1350×950×195		1400×1000×205
Slider bottom	mm	950×900		1050×950
Worktable center hole	mm	Ø80(Customizable)		Ø90(Customizable)
Mold handle hole	mm	Ø90		Ø100
Main motor	KW×P	45×4		55×4
Push-down form		Mechanical cam type		Mechanical cam type
Push-down capacity	KN	400		450
Push-down stroke	mm	60		65
Air pressure used	MPa	0.6-0.7		0.6-0.7
Punch (front and back × left and right × height)	mm	2900×3450×5600		3135×3710×6000
Punch weight	Ton	Approx.48		Approx.57

Name	Unit	DPG-800 Three-axis		DPG-1000 Three-axis		DPG-1200 Three-axis
Nominal force	KN	8000		10000		12000
Type		V	H	V	H	V	H
Slider stroke	mm	300	200	300	200	350	250
Nominal force stroke	mm	30	15	30	18	30	20
Number of strokes (constant speed)	s.p.m	20	30	20	30	18	25
Maximum die height	mm	700	750	750	800	800	850
Die height adjustment	mm	100		100		100
Lower worktable size	mm	1400×1100×215		1500×1200×245		1500×1300×275
Slider bottom	mm	1150×1100		1250×1200		1350×1300
Worktable center hole	mm	Ø100(Customizable)		Ø100(Customizable)		Ø120(Customizable)
Mold handle hole	mm	Ø100		Ø120		Ø120
Main motor	KW×P	75×4		90×4		110×4
Push-down form
Push-down capacity	KN	500		600		650
Push-down stroke	mm	70		75		80
Air pressure used	MPa
Punch (front and back × left and right × height)	mm	3305×4070×6300		3470×4230×6600		3670×4590×6900
Punch weight	Ton	Approx. 75		Approx.95		Approx.116

Standard Accessories
Pneumatic clutch	●
Touch screen	●
Preload counter, pre-break counter	●
Hydraulic overload protection device	●
Misfeed detection device	●
Power socket	●
Electric grease lubrication device	●
Electronic slide adjustment device	●
Electronic mold height indicator	●
Slide and mold balancing device	●
Electronic rotary cam switch	●
Crankshaft angle indicator (electronic)	●
Inverter	●
Counter	●
Air source connector	●
Second-stage protection device	●
Instruction manual	●

Standard Accessories	○
Pneumatic die pad device	○
Foot switch	○
Slider upper punching device	○
Anti-vibration foot	○
Photoelectric protection device	○
Feeder (air, mechanical and NC types)	○
Rack	○
Leveler	○
Robot	○
Mold lighting device	○

Flywheel Clutch

Sawtooth

Connecting Rod

Tees

Factory display

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