Greentech Engineering

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:H-frame pressC-frame pressFour-column pressStraight side pressEccentric pressDeep drawing pressHot pressCold pressHydraulic forging pressUniversal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

Technical Detailed: - Capacity: 1 To 50 Ton. (As Per Customer Requirement)
Motor: 2 To 5 Hp
Electricity Consumption: 1.5 To 3.5 Units/Hr
Distance Between Column: (500*300) mm
(Customize as Per Customer Requirement)
Oil Tank: 100 Liter (Not Provide Oil with This Machine) Weight: 350 - 500 kg.
Dimension: 24” (L) * 24(W)” *68” (H)

Machine specification: - : - electric motor:- 2hp/three phase : - power source: - 220v 50hz. / 41sv 50h2 : - weight: - 200 kg approx. : - electricity consumtion: - 1. 5 to 2 unit/hr. : - proper hardening of the all gear and sprocket used in this machine. : - used all satnadard bearing. : - operated with 2hp drive mechanism : - machine output depends on various sizes of craft paper and its gsm. This machine used for emboss lamineted paper

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

 

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

Machine specification: - : - electric motor:- 2hp/three phase : - power source: - 220v 50hz. / 41sv 50h2 : - weight: - 200 kg approx. : - electricity consumtion: - 1. 5 to 2 unit/hr. : - proper hardening of the all gear and sprocket used in this machine. : - used all satnadard bearing. : - operated with 2hp drive mechanism : - machine output depends on various sizes of craft paper and its gsm. This machine used for emboss lamineted paper

Machine specification: - : - electric motor:- 2hp/three phase : - power source: - 220v 50hz. / 41sv 50h2 : - weight: - 200 kg approx. : - electricity consumtion: - 1. 5 to 2 unit/hr. : - proper hardening of the all gear and sprocket used in this machine. : - used all satnadard bearing. : - operated with 2hp drive mechanism : - machine output depends on various sizes of craft paper and its gsm. This machine used for emboss lamineted paper

Machine specification: -
: - electric motor:- 2hp/three phase
: - power source: - 220v 50hz. / 41sv 50h2
: - weight: - 200 kg approx.
: - electricity consumtion: - 1. 5 to 2 unit/hr.
: - proper hardening of the all gear and sprocket used in this machine.
: - used all satnadard bearing.
:- operated with 2hp drive mechanism
: - machine output depends on various sizes of craft paper and its gsm.
this machine used for emboss lamineted paper

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press

In order to create a compressive force, hydraulic presses use a hydraulic cylinder. There are lots of types of hydraulic presses, some of which are listed below:

1. H-frame press
2. C-frame press
3. Four-column press
4. Straight side press
5. Eccentric press
6. Deep drawing press
7. Hot press
8. Cold press
9. Hydraulic forging press
10. Universal hydraulic press