General Overview

Deep drawing is a compression -tension forming process according g to DIN 8582. The procedure with the greatest range of application s is deep drawing with rigid tooling, involving draw punches, a blank holder and a female die. The e blank is generally pulled over the draw punch into the die, the blank holder prevents any wrinkling taking place in the flange. In pure deep drawing, the thickness of the sheet metal remains unchanged since an increase in the surface area does not occur, as it occurs in a stretch drawing process.
The material flow in the drawing process can be controlled, as required, by adjusting the pressure of the blank holder in between pure stretch drawing, in which no sheet metal can flow out of the flange area into the draw die, and deep drawing, in which there is a wrinkle-free and unrestricted material flow .
In deep drawing, as a first step, a cup is produced from the flat blank. In all deep drawing processes, the pressing force is applied over the draw punch onto the bottom surface of the drawn part. It is further transferred from there to the perimeter in the deformation zone, between the die and the blank holder.
The work piece is subjected to radial tension forces and tangential compression forces
When drawing with a blank holder, the press must also transfer the blank holding force on to the die. This is achieved either from above via a blank holder slide or from underneath via a draw cushion.
In double-action, drawing operations the press has two slides acting from above: the drawing slide with the draw punch and the blank holder slide with the blank holder . The blank holding slide transfers the blank holding force via the blank holder onto the blank and the draw die. The die and the ejector are located in the lower die on the press bed. During forming, the blank holder brings the sheet metal into contact against the die, the punch descends from above into the die and shapes the part while the sheet metal can flow without any wrinkling out of the blank holding area. In this case, the drawing process is carried out with a fixed blank holder and moving punch. In double-action drawing operations, the drawing slide can only apply a pressing force.

Deep Draw Hydraulic Press Solutions 

Micro Team Has Indigenously Designed and Developed Micro Brand Double Acting Deep Draw Hydraulic Press from a Range of 20 tons to 10,000 Tons, which is Used for the various Applications such as Aluminum Cans , Steel Utensils , LPG Cylinders , Fire Extinguisher etc. . The Machine Frame is Rigid Fabricated and Precisely Machined , Conforming to the Geometrical Tolerances as per JIS b 6403 : 1973 ‘Test code for performance and accuracy for hydraulic presses’ issued by Japanese Industrial Standard Committee (JIS). In addition, meeting Safety Norms as per CE / OSHA Requirement . with Proper GIB Guiding Arrangement which assure the Accuracy of the Movement of Machine Beds .

Micro Deep Draw Hydraulic Press comes with Semi Automatic and Automatic Versions with Conventional Hydraulic System and with Servo Hydraulic System , with servo Hydraulic System we are Giving 40 – 50 Percent of Power Saving as Compared to Convention Hydraulic Systems .
We can also Integrate Robots with the Machine fro Pick and Place of the Components . Ancillary Equipment’s such as Tool Lubrication Devices , Conveyors can also be integrated on Customer Request .

Other Features such as Pressure & Flow Control , Ejection Device , Lubrication System , Safety Guards , Foot Switch and Peripheral Equipment’s are Standard Scope of Supply .

For any customization required by customer in the standard series of Machines . please collaborate with our Sales – Technical Team 0091-9717474831 or Email :- sales@microhydrotechnic.co.in . we will be glad to do Design & Manufacture a Hydraulic Press as Per your Requirements.

Process

Application:

  • Aluminum cans
  • Kitchen sinks
  • Steel utensils
  • LPG Cylinders
  • Fire extinguisher, etc.

Download Technical Specification of Deep Draw Hydraulic Press

TECHNICAL SPECIFICATIONS
MODEL MHPL
32-63
MHPL
32-100
MHPL
32-150
MHPL
32-200
MHPL
32-250
MHPL
32-250K
MHPL
32-315
MHPL
32-315A
MHPL
32-400
MHPL
32-500A
Nominal pressure kn 630 1000 1500 2000 2500 2500 3150 3150 4000 5000
Slide stroke mm 260 300 300 350 350 350 400 600 600 600
Opening height mm 500 500 550 600 600 600 650 1000 1000 1200
speed Down link Mm/s / / / / / 80 / 90 100 100
Work 12 18 15 10 16 16 16 12 10 15
return 20 30 20 20 40 40 40 60 70 80
Table effective size Left right mm 520 640 640 630 700 700 700 1000 800 1400
Front back mm 520 550 550 650 650 650 700 1000 800 1400
Motor power kw 5.5 5.5 5.5 7.5 11 11 11 15 15 30

Salient Feature

The Deep Draw Hydraulic Press that comes out from our company has been crafted with great care and precision is maintained all throughout. We have put to use sophisticated technology, so that we can fabricate a perfect design for the Deep Draw Hydraulic Press. While using the product, the clients are bound to enjoy the features like:

  • Resistant to corrosion
  • Ruggedness
  • Resistance to high temperature

The price that is being offered by us is highly competitive and clients are well satisfied with that.

If the clients have the constraint of space, then our compact, rigid and space saving Deep Draw Hydraulic Press will be the perfect choice for them. Our technically sound team has the ability to build just the right kind of Deep Draw Hydraulic Press with the specifications that have been provided by our clients. Moreover, we are known to deliver our product on time without fail. We have never compromised on quality; instead we are always coming up with the product that satiates the client’s requirement. The mechanical function that is involved in the Deep Draw Hydraulic Press is achieved by designing logic circuits along with system for pressure booster amongst various other specifications.

YOUR NAME
APPLICATION
MOBILE NO.
EMAIL
DAY LIGHT(mm)
WORKING HEIGHTS(No.)
CLEAR BED SIZE(mm)
TANK CAPACITY(ltr.)
MOTOR H.P       1440rpm 3phase
PRESSURE HOLDING        YesNo
OIL COOLER              ~ SHELL TUBE~ AIR COOLED~ CHILLER
CONTROL                  ~ PLC~ MANUAL~ RELAY~ LOGIC
COIL VOLTAGE         ~ 12VDC~ 24VDC~ 220VDC
SUPPLY                     ~ 440VDC~ 110VDC
LUBRICATION          ~ MANUAL~ MOTORISED
SAFETY                     ~ MANUAL~ HAND CURTAIN
MAIN CYLINDER
MAIN CYLINDER QUANTITY(No.)
MAIN CYLINDER PRESSURE HOLDING            YesNo
MAIN CYLINDER TONNAGE(ton)
MAIN CYLINDER STROKE(mm)
MAIN CYLINDER BORE(mm)
MAIN CYLINDER ROD(mm)
MAIN CYLINDER APPRO. SPEED(mm/sec)
MAIN CYLINDER PRESSING SPEED(mm/sec)
MAIN CYLINDER RETURN SPEED(mm/sec)
BOOSTER CYLINDER
BOOSTER CYLINDER QUANTITY(No.)
BOOSTER CYLINDER PRESSURE HOLDING            YesNo
BOOSTER CYLINDER TONNAGE(ton)
BOOSTER CYLINDER STROKE(mm)
BOOSTER CYLINDER BORE(mm)
BOOSTER CYLINDER ROD(mm)
BOOSTER CYLINDER APPRO. SPEED(mm/sec)
BOOSTER CYLINDER PRESSING SPEED
BOOSTER CYLINDER RETURN SPEED(mm/sec)
DIE CUSHION CYLINDER
DIE CUSHION CYLINDER QUANTITY(No.)
DIE CUSHION CYLINDER PRESSURE HOLDING            YesNo
DIE CUSHION CYLINDER TONNAGE(ton)
DIE CUSHION CYLINDER STROKE(mm)
DIE CUSHION CYLINDER BORE(mm)
DIE CUSHION CYLINDER ROD(mm)
DIE CUSHION CYLINDER APPRO. SPEED
DIE CUSHION CYLINDER PREESSING SPEED(mm/sec)
DIE CUSHION CYLINDER RETURN SPEED(mm/sec)
CLAMPING CYLINDER
CLAMPING CYLINDER QUANTITY(No.)
CLAMPING CYLINDER PRESSURE HOLDING            YesNo
CLAMPING CYLINDER TONNAGE(ton)
CLAMPING CYLINDER STROKE(mm)
CLAMPING CYLINDER BORE(mm)
CLAMPING CYLINDER ROD(mm)
CLAMPING CYLINDER APPRO. SPEED(mm/sec)
CLAMPING CYLINDER PRESSING SPEED(mm/sec)
CLAMPING CYLINDER RETURN SPEED(mm/sec)
Brief Description : -

Please fill this form for enquiry

Overview

General Overview

Deep drawing is a compression -tension forming process according g to DIN 8582. The procedure with the greatest range of application s is deep drawing with rigid tooling, involving draw punches, a blank holder and a female die. The e blank is generally pulled over the draw punch into the die, the blank holder prevents any wrinkling taking place in the flange. In pure deep drawing, the thickness of the sheet metal remains unchanged since an increase in the surface area does not occur, as it occurs in a stretch drawing process.
The material flow in the drawing process can be controlled, as required, by adjusting the pressure of the blank holder in between pure stretch drawing, in which no sheet metal can flow out of the flange area into the draw die, and deep drawing, in which there is a wrinkle-free and unrestricted material flow .
In deep drawing, as a first step, a cup is produced from the flat blank. In all deep drawing processes, the pressing force is applied over the draw punch onto the bottom surface of the drawn part. It is further transferred from there to the perimeter in the deformation zone, between the die and the blank holder.
The work piece is subjected to radial tension forces and tangential compression forces
When drawing with a blank holder, the press must also transfer the blank holding force on to the die. This is achieved either from above via a blank holder slide or from underneath via a draw cushion.
In double-action, drawing operations the press has two slides acting from above: the drawing slide with the draw punch and the blank holder slide with the blank holder . The blank holding slide transfers the blank holding force via the blank holder onto the blank and the draw die. The die and the ejector are located in the lower die on the press bed. During forming, the blank holder brings the sheet metal into contact against the die, the punch descends from above into the die and shapes the part while the sheet metal can flow without any wrinkling out of the blank holding area. In this case, the drawing process is carried out with a fixed blank holder and moving punch. In double-action drawing operations, the drawing slide can only apply a pressing force.

Deep Draw Hydraulic Press Solutions 

Micro Team Has Indigenously Designed and Developed Micro Brand Double Acting Deep Draw Hydraulic Press from a Range of 20 tons to 10,000 Tons, which is Used for the various Applications such as Aluminum Cans , Steel Utensils , LPG Cylinders , Fire Extinguisher etc. . The Machine Frame is Rigid Fabricated and Precisely Machined , Conforming to the Geometrical Tolerances as per JIS b 6403 : 1973 ‘Test code for performance and accuracy for hydraulic presses’ issued by Japanese Industrial Standard Committee (JIS). In addition, meeting Safety Norms as per CE / OSHA Requirement . with Proper GIB Guiding Arrangement which assure the Accuracy of the Movement of Machine Beds .

Micro Deep Draw Hydraulic Press comes with Semi Automatic and Automatic Versions with Conventional Hydraulic System and with Servo Hydraulic System , with servo Hydraulic System we are Giving 40 – 50 Percent of Power Saving as Compared to Convention Hydraulic Systems .
We can also Integrate Robots with the Machine fro Pick and Place of the Components . Ancillary Equipment’s such as Tool Lubrication Devices , Conveyors can also be integrated on Customer Request .

Other Features such as Pressure & Flow Control , Ejection Device , Lubrication System , Safety Guards , Foot Switch and Peripheral Equipment’s are Standard Scope of Supply .

For any customization required by customer in the standard series of Machines . please collaborate with our Sales – Technical Team 0091-9717474831 or Email :- sales@microhydrotechnic.co.in . we will be glad to do Design & Manufacture a Hydraulic Press as Per your Requirements.

Process

Images
Videos
Applications

Application:

  • Aluminum cans
  • Kitchen sinks
  • Steel utensils
  • LPG Cylinders
  • Fire extinguisher, etc.
Tech Specs

Download Technical Specification of Deep Draw Hydraulic Press

TECHNICAL SPECIFICATIONS
MODEL MHPL
32-63
MHPL
32-100
MHPL
32-150
MHPL
32-200
MHPL
32-250
MHPL
32-250K
MHPL
32-315
MHPL
32-315A
MHPL
32-400
MHPL
32-500A
Nominal pressure kn 630 1000 1500 2000 2500 2500 3150 3150 4000 5000
Slide stroke mm 260 300 300 350 350 350 400 600 600 600
Opening height mm 500 500 550 600 600 600 650 1000 1000 1200
speed Down link Mm/s / / / / / 80 / 90 100 100
Work 12 18 15 10 16 16 16 12 10 15
return 20 30 20 20 40 40 40 60 70 80
Table effective size Left right mm 520 640 640 630 700 700 700 1000 800 1400
Front back mm 520 550 550 650 650 650 700 1000 800 1400
Motor power kw 5.5 5.5 5.5 7.5 11 11 11 15 15 30
Salient Feature

Salient Feature

The Deep Draw Hydraulic Press that comes out from our company has been crafted with great care and precision is maintained all throughout. We have put to use sophisticated technology, so that we can fabricate a perfect design for the Deep Draw Hydraulic Press. While using the product, the clients are bound to enjoy the features like:

  • Resistant to corrosion
  • Ruggedness
  • Resistance to high temperature

The price that is being offered by us is highly competitive and clients are well satisfied with that.

If the clients have the constraint of space, then our compact, rigid and space saving Deep Draw Hydraulic Press will be the perfect choice for them. Our technically sound team has the ability to build just the right kind of Deep Draw Hydraulic Press with the specifications that have been provided by our clients. Moreover, we are known to deliver our product on time without fail. We have never compromised on quality; instead we are always coming up with the product that satiates the client’s requirement. The mechanical function that is involved in the Deep Draw Hydraulic Press is achieved by designing logic circuits along with system for pressure booster amongst various other specifications.

Specification Form
YOUR NAME
APPLICATION
MOBILE NO.
EMAIL
DAY LIGHT(mm)
WORKING HEIGHTS(No.)
CLEAR BED SIZE(mm)
TANK CAPACITY(ltr.)
MOTOR H.P       1440rpm 3phase
PRESSURE HOLDING        YesNo
OIL COOLER              ~ SHELL TUBE~ AIR COOLED~ CHILLER
CONTROL                  ~ PLC~ MANUAL~ RELAY~ LOGIC
COIL VOLTAGE         ~ 12VDC~ 24VDC~ 220VDC
SUPPLY                     ~ 440VDC~ 110VDC
LUBRICATION          ~ MANUAL~ MOTORISED
SAFETY                     ~ MANUAL~ HAND CURTAIN
MAIN CYLINDER
MAIN CYLINDER QUANTITY(No.)
MAIN CYLINDER PRESSURE HOLDING            YesNo
MAIN CYLINDER TONNAGE(ton)
MAIN CYLINDER STROKE(mm)
MAIN CYLINDER BORE(mm)
MAIN CYLINDER ROD(mm)
MAIN CYLINDER APPRO. SPEED(mm/sec)
MAIN CYLINDER PRESSING SPEED(mm/sec)
MAIN CYLINDER RETURN SPEED(mm/sec)
BOOSTER CYLINDER
BOOSTER CYLINDER QUANTITY(No.)
BOOSTER CYLINDER PRESSURE HOLDING            YesNo
BOOSTER CYLINDER TONNAGE(ton)
BOOSTER CYLINDER STROKE(mm)
BOOSTER CYLINDER BORE(mm)
BOOSTER CYLINDER ROD(mm)
BOOSTER CYLINDER APPRO. SPEED(mm/sec)
BOOSTER CYLINDER PRESSING SPEED
BOOSTER CYLINDER RETURN SPEED(mm/sec)
DIE CUSHION CYLINDER
DIE CUSHION CYLINDER QUANTITY(No.)
DIE CUSHION CYLINDER PRESSURE HOLDING            YesNo
DIE CUSHION CYLINDER TONNAGE(ton)
DIE CUSHION CYLINDER STROKE(mm)
DIE CUSHION CYLINDER BORE(mm)
DIE CUSHION CYLINDER ROD(mm)
DIE CUSHION CYLINDER APPRO. SPEED
DIE CUSHION CYLINDER PREESSING SPEED(mm/sec)
DIE CUSHION CYLINDER RETURN SPEED(mm/sec)
CLAMPING CYLINDER
CLAMPING CYLINDER QUANTITY(No.)
CLAMPING CYLINDER PRESSURE HOLDING            YesNo
CLAMPING CYLINDER TONNAGE(ton)
CLAMPING CYLINDER STROKE(mm)
CLAMPING CYLINDER BORE(mm)
CLAMPING CYLINDER ROD(mm)
CLAMPING CYLINDER APPRO. SPEED(mm/sec)
CLAMPING CYLINDER PRESSING SPEED(mm/sec)
CLAMPING CYLINDER RETURN SPEED(mm/sec)
Brief Description : -

Enquiry

Please fill this form for enquiry