Feature
1. High rigidity mode structure, designed according to the requirements of heavy-duty presses, with excellent resistance to heavy-duty stamping, small body deformation, suitable for the undulating changes of stamping tonnage red punching products.
2. Eight-sided guide rail, effectively eliminate eccentric load displacement, high guiding accuracy, good straightness, long service life of mold, good concentricity of stretching products.
3. Closed gearbox, greatly reduce noise, gear soaking in oil, long service life of gear.
4. Closed pneumatic clutch, sensitive action, stable engagement, accurate stop angle, can be stopped at any angle, convenient mold installation, safe.
5. The equipment specially developed according to the requirements of copper nose production has the advantage of high efficiency in the use of manual automatic line production.






|
Name |
Unit |
DPS-125W |
DPS-160W |
DPS-200W |
|||
|
Nominal force |
KN |
1250 |
1600 |
2000 |
|||
|
Type |
V |
H |
V |
H |
V |
H |
|
|
Slider stroke |
mm |
230 |
160 |
250 |
200 |
250 |
200 |
|
Nominal force stroke |
mm |
8 |
4 |
10 |
6 |
10 |
6 |
|
Number of strokes (constant speed) |
s.p.m |
45 |
70 |
40 |
60 |
40 |
60 |
|
Maximum die height |
mm |
320 |
350 |
325 |
350 |
365 |
390 |
|
Die height adjustment |
mm |
80 |
100 |
110 |
|||
|
Lower worktable size |
mm |
750×700×105 |
800×750×115 |
800×800×115 |
|||
|
Slider bottom |
mm |
750×450 |
780×500 |
800×650 |
|||
|
Worktable center hole |
mm |
Ø250 |
Ø320 |
Ø320 |
|||
|
Die handle hole |
mm |
Ø75 |
Ø75 |
Ø75 |
|||
|
Main motor |
KW×P |
11×4 |
18.5×4 |
18.5×4 |
|||
|
Pulling rod size |
mm |
M30×550 |
M30×620 |
M36×600 |
|||
|
Air pressure used |
MPa |
0.5-0.7 |
0.5-0.7 |
0.5-0.7 |
|||
|
Punch (front and back × left and right × height) |
mm |
1742×1623×3400 |
2030×1886×3845 |
2290×1891×4032 |
|||
|
Punch weight |
Ton |
Approx.10 |
Approx.14 |
Approx.16 |
|||
|
Name |
Unit |
DPS-250W |
DPS-315W |
DPS-400W |
|||
|
Nominal force |
KN |
2500 |
3150 |
4000 |
|||
|
Type |
V |
H |
V |
H |
V |
H |
|
|
Slider stroke |
mm |
250 |
200 |
250 |
200 |
250 |
200 |
|
Nominal force stroke |
mm |
15 |
8 |
15 |
8 |
15 |
8 |
|
Number of strokes (constant speed) |
s.p.m |
40 |
60 |
40 |
60 |
40 |
60 |
|
Maximum die height |
mm |
400 |
425 |
420 |
445 |
425 |
445 |
|
Die height adjustment |
mm |
120 |
120 |
150 |
|||
|
Lower worktable size |
mm |
900×850×135 |
950×900×155 |
1100×1000×175 |
|||
|
Slider bottom |
mm |
920×750 |
970×800 |
1100×800 |
|||
|
Worktable center hole |
mm |
Ø320 |
Ø320 |
Ø320 |
|||
|
Die handle hole |
mm |
Ø75 |
Ø75 |
Ø75 |
|||
|
Main motor |
KW×P |
22×4 |
30×4 |
45×4 |
|||
|
Pulling rod size |
mm |
M36×650 |
M36×700 |
M36×900 |
|||
|
Air pressure used |
MPa |
0.5-0.7 |
0.5-0.7 |
0.5-0.7 |
|||
|
Punch (front and back × left and right × height) |
mm |
2798×2086×4150 |
2819×2156×4670 |
3259×2226×5027 |
|||
|
Punch weight |
Ton |
Approx. 19 |
Approx.25 |
Approx.32 |
|||
|
Name |
Unit |
DPS-500W |
|
|
Nominal force |
KN |
5000 |
|
|
Type |
V |
H |
|
|
Slider stroke |
mm |
250 |
200 |
|
Nominal force stroke |
mm |
15 |
8 |
|
Number of strokes (constant speed) |
s.p.m |
40 |
55 |
|
Maximum die height |
mm |
450 |
475 |
|
Die height adjustment |
mm |
150 |
|
|
Lower worktable size |
mm |
1200×1100×195 |
|
|
Slider bottom |
mm |
1200×900 |
|
|
Worktable center hole |
mm |
Ø350 |
|
|
Die handle hole |
mm |
Ø100 |
|
|
Main motor |
KW×P |
55×4 |
|
|
Pulling rod size |
mm |
M42×950 |
|
|
Air pressure used |
MPa |
0.5-0.7 |
|
|
Punch (front and back × left and right × height) |
mm |
3527×2630×5600 |
|
|
Punch weight |
Ton |
Approx.38 |
|
|
Standard Accessories |
● |
|
Pneumatic clutch |
● |
|
Touch screen |
● |
|
Preload counter, pre-break counter |
● |
|
Hydraulic overload protection device |
● |
|
Misfeed detection device |
● |
|
Power socket |
● |
|
Electric grease lubrication device |
● |
|
Electric slide adjustment device |
● |
|
Electronic mold height indicator |
● |
|
Slide and mold balancing device |
● |
|
Electronic rotary cam switch |
● |
|
Crankshaft angle indicator |
● |
|
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 |
○ |
Introduction
Hydraulic press machines are widely used in various industrial fields to efficiently perform heavy processing tasks. By applying a small force, the closed liquid in the hydraulic cylinder generates a large compression force.
Invented by Joseph Bramah in 1795, the hydraulic press machine uses a hydraulic lever instead of a mechanical lever. It features adjustable die space, stroke length, and applied pressure. These machines can process a variety of materials, including metal, plastic, wood, and rubber. Applications of hydraulic presses include metal forming, molding, bending, forging, sheet drawing, cold extrusion, straightening, flanging, stamping, and powder metallurgy.
The hydraulic press machine is commonly used in manufacturing electrical appliances, automobile parts, rails, knives, and aircraft components. This article from World Press provides a comprehensive overview of the definition, history, components, types, working principles, and applications of hydraulic press machines.




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