High Speed Press MSP Multiple Suspension Point, From 220 - 400 Tons

MSP-3000 High Speed Press MSP-3000 High Speed Press

Press Information

Press Information & Overview

High Speed, High Precision Motor Core Lamination Press AIDA MSP-3000

With the MSP high speed stamping press, dynamic accuracy is significantly improved because of the compact design and multiple suspension points.

A balance between high rigidity and a wide bed area is brought to a higher level using the latest technology.

Ultra precision dies require a large bed area for the production of high-efficiency motors, such as motors for hybrid cars or for energy conservation. Responding to these needs, AIDA applied innovative new technology to achieve increased precision with the AIDA MSP Series High Speed Stamping Press.

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Press Features

AIDA MSP High Speed Press Features

AIDA MSP High Speed Press Cutaway Graphic
  1. Twin Drive
  2. Multiple Suspension
  3. Highly Rigid Guidepost
  4. Clutch & Brake
  5. Highly Rigid Frame
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Bottom Dead Center (BDC) Compensation

AIDA MSP high speed press cutaway graphic Stabilizing Punch Penetration Over Time

Specially designed suspension points allow for in process BDC adjustment to maintain the desired setting and can be done automatically as often as every 100 press strokes
 

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Combined Bearings

AIDA combined bearings for high speed presses Roller and Oil Film Bearings Housed in a Single Unit

Controls BDC variations casued by speed change. In high speed presses the bottom dead center position of the slide will change as the press speed goes up or down
 

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Dynamic Balancing

dynamic balancing graphic Stabilizes Press Structure by Balancing Inertia Forces in High Speed Operations

Inertia forces generated by the slide and upper die can cause the press to become unstable. Balancing of these forces is accomplished by installing a large weight (or weights) that reciprocate exactly opposite the slide and upper die.
 

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Eccentric Shaft Drive

photo of eccentric shaft Ideal for Short Stroke Precision Stamping Operations

Eccentric shafts are used primarily in high speed and progressive die stamping operations. Allows for placement of bearing supports against both sides of the eccentrics.
 

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Thermal Control

cutaway diagram of and AIDA HMX high speed stamping press Circulating Temperature Controlled Oil to Every Moving Part of the Press

To control thermal expansion and reduce its effect on your final parts, AIDA stamping presses employ a system that circulates temperature controlled oil (via an external cooling system if necessary) to every moving part in the press and feed.
 

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Press Specifications

MSP High Speed Press Specifications

220 Ton, 2,000 mm Bed
300 Ton, 2,300 mm Bed
300 Ton, 2,700 mm Bed
300 Ton, 3,300 mm Bed
300 Ton, 3,700 mm Bed
400 Ton, 2,800 mm Bed
400 Ton, 3,300 mm Bed
220 - 400 Ton

MSP-2200, 220 Ton High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-2200-200
No. of Points   3
Tonnage Capacity kN 2200
U.S. Ton 250
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 2000
in.-ton 9
Strokes Per Minute No Load spm 120 - 500
Micro Inching spm 60
Die Height mm 420 - 480
in. 16.54 - 18.9
Slide Adjustment mm 60
in. 2.36
Slide Area mm 2000 x 800
in. 78.74 x 31.5
Bolster Area mm 2000 x 1000
in. 78.74 x 39.37
Bolster Thickness mm 200 - 260
in. 7.87 - 10.24
Max. Upper Die Weight kg 1800
lb. 3968
Side Opening mm 490
in. 19.29
Bed Hole Dimension mm 1700 x 400
in. 66.93 x 15.75
Main Motor kW 45
HP 60
Required Air Pressure MPa 0.5
psi 73
220 Ton Press Specifications Back to Specifications List

MSP-3000-2300, 300 Ton, 2300 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-3000-230
No. of Points   3
Tonnage Capacity kN 3000
U.S. Ton 330
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 3000
in.-ton 13
Strokes Per Minute No Load spm 120 - 450
Micro Inching spm 60
Die Height mm 420 - 520
in. 16.54 - 20.47
Slide Adjustment mm 60
in. 2.36
Slide Area mm 2300 x 800
in. 90.55 x 31.5
Bolster Area mm 2300 x 1000
in. 90.55 x 39.37
Bolster Thickness mm 210 - 260
in. 8.27 - 10.24
Max. Upper Die Weight kg 2000
lb. 4409
Side Opening mm 490
in. 19.29
Bed Hole Dimension mm 2000 x 400
in. 78.74 x 15.75
Main Motor kW 55
HP 74
Required Air Pressure MPa 0.5
psi 73
300 Ton, 2300 mm Bed Press Specifications Back to Specifications List

MSP-3000-2700, 300 Ton, 2700 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-3000-270
No. of Points   3
Tonnage Capacity kN 3000
U.S. Ton 330
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 3000
in.-ton 13
Strokes Per Minute No Load spm 100 - 420
Micro Inching spm 60
Die Height mm 470 - 520
in. 18.5 - 20.47
Slide Adjustment mm 60
in. 2.36
Slide Area mm 2700 x 800
in. 106.3 x 31.5
Bolster Area mm 2700 x 1000
in. 106.3 x 39.37
Bolster Thickness mm 250 - 300
in. 9.84 - 11.81
Max. Upper Die Weight kg 2300
lb. 5071
Side Opening mm 490
in. 19.29
Bed Hole Dimension mm 2400 x 400
in. 94.49 x 15.75
Main Motor kW 55
HP 74
Required Air Pressure MPa 0.5
psi 73
300 Ton, 2700 mm Bed Press Specifications Back to Specifications List

MSP-3000-3300, 300 Ton, 3300 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-3000-330
No. of Points   4
Tonnage Capacity kN 3000
U.S. Ton 330
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 3000
in.-ton 13
Strokes Per Minute No Load spm 100 - 410
Micro Inching spm 60
Die Height mm 520 - 620
in. 20.47 - 24.41
Slide Adjustment mm 60
in. 2.36
Slide Area mm 3300 x 900
in. 129.92 x 35.43
Bolster Area mm 3300 x 1000
in. 129.92 x 39.37
Bolster Thickness mm 250 - 300
in. 9.84 - 11.81
Max. Upper Die Weight kg 3200
lb. 7055
Side Opening mm 530
in. 20.87
Bed Hole Dimension mm 3000 x 500
in. 118.11 x 19.69
Main Motor kW 55
HP 74
Required Air Pressure MPa 0.5
psi 73
300 Ton, 3300 mm Bed Press Specifications Back to Specifications List

MSP-3000-3700, 300 Ton, 3700 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-3000-370
No. of Points   4
Tonnage Capacity kN 3000
U.S. Ton 330
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 3000
in.-ton 13
Strokes Per Minute No Load spm 100 - 360
Micro Inching spm 60
Die Height mm 520 - 620
in. 20.47 - 24.41
Slide Adjustment mm 60
in. 2.36
Slide Area mm 3700 x 1000
in. 145.67 x 39.37
Bolster Area mm 3700 x 1200
in. 145.67 x 47.24
Bolster Thickness mm 250 - 300
in. 9.84 - 11.81
Max. Upper Die Weight kg 4000
lb. 8818
Side Opening mm 530
in. 20.87
Bed Hole Dimension mm 3200 x 500
in. 125.98 x 19.69
Main Motor kW 37 x 2
HP 50 x 2
Required Air Pressure MPa 0.5
psi 73
300 Ton, 3700 mm Bed Press Specifications Back to Specifications List

MSP-4000, 400 Ton, 2800 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-4000-280
No. of Points   4
Tonnage Capacity kN 4000
U.S. Ton 440
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 4000
in.-ton 18
Strokes Per Minute No Load spm 100 - 350
Micro Inching spm 60
Die Height mm 500 - 600
in. 19.69 - 23.62
Slide Adjustment mm 60
in. 2.36
Slide Area mm 2800 x 900
in. 110.24 x 35.43
Bolster Area mm 2800 x 1200
in. 110.24 x 47.24
Bolster Thickness mm 250 - 300
in. 9.84 - 11.81
Max. Upper Die Weight kg 2300
lb. 5071
Side Opening mm 980
in. 38.58
Bed Hole Dimension mm 2500 x 500
in. 98.43 x 19.69
Main Motor kW 75
HP 101
Required Air Pressure MPa 0.5
psi 73
400 Ton, 2800 mm Bed Press Specifications Back to Specifications List

MSP-4000, 400 Ton, 3300 mm Bed, High Speed Press Press Specifications

MSP MODELS
Press Technical Data Unit MSP-4000-330
No. of Points   4
Tonnage Capacity kN 4000
U.S. Ton 440
Rated Tonnage Point mm 3.2
in. 0.13
Stroke Length mm 30
in. 1.18
Continuous Working Energy J 4000
in.-ton 18
Strokes Per Minute No Load spm 100 - 300
Micro Inching spm 60
Die Height mm 600 - 700
in. 23.62 - 27.56
Slide Adjustment mm 60
in. 2.36
Slide Area mm 3300 x 900
in. 129.92 x 35.43
Bolster Area mm 3300 x 1200
in. 129.92 x 47.24
Bolster Thickness mm 250 - 300
in. 9.84 - 11.81
Max. Upper Die Weight kg 3000
lb. 6614
Side Opening mm 980
in. 38.58
Bed Hole Dimension mm 3000 x 500
in. 118.11 x 19.69
Main Motor kW 75
HP 101
Required Air Pressure MPa 0.5
psi 73
400 Ton, 3300 mm Bed Press Specifications Back to Specifications List

MSP, 220 - 400 Ton High Speed Press Specifications

MSP MODELS
Press Technical Data Unit MSP-2200-200 MSP-3000-230 MSP-3000-270 MSP-3000-330 MSP-3000-370 MSP-4000-280 MSP-4000-330
No. of Points   3 3 3 4 4 4 4
Tonnage Capacity kN 2200 3000 3000 3000 3000 4000 4000
U.S. Ton 250 330 330 330 330 440 440
Rated Tonnage Point mm 3.2 3.2 3.2 3.2 3.2 3.2 3.2
in. 0.13 0.13 0.13 0.13 0.13 0.13 0.13
Stroke Length mm 30 30 30 30 30 30 30
in. 1.18 1.18 1.18 1.18 1.18 1.18 1.18
Continuous Working Energy J 2000 3000 3000 3000 3000 4000 4000
in.-ton 9 13 13 13 13 18 18
Strokes Per Minute No Load spm 120 - 500 120 - 450 100 - 420 100 - 410 100 - 360 100 - 350 100 - 300
Micro Inching spm 60 60 60 60 60 60 60
Die Height mm 420 - 480 420 - 520 470 - 520 520 - 620 520 - 620 500 - 600 600 - 700
in. 16.54 - 18.9 16.54 - 20.47 18.5 - 20.47 20.47 - 24.41 20.47 - 24.41 19.69 - 23.62 23.62 - 27.56
Slide Adjustment mm 60 60 60 60 60 60 60
in. 2.36 2.36 2.36 2.36 2.36 2.36 2.36
Slide Area mm 2000 x 800 2300 x 800 2700 x 800 3300 x 900 3700 x 1000 2800 x 900 3300 x 900
in. 78.74 x 31.5 90.55 x 31.5 106.3 x 31.5 129.92 x 35.43 145.67 x 39.37 110.24 x 35.43 129.92 x 35.43
Bolster Area mm 2000 x 1000 2300 x 1000 2700 x 1000 3300 x 1000 3700 x 1200 2800 x 1200 3300 x 1200
in. 78.74 x 39.37 90.55 x 39.37 106.3 x 39.37 129.92 x 39.37 145.67 x 47.24 110.24 x 47.24 129.92 x 47.24
Bolster Thickness mm 200 - 260 210 - 260 250 - 300 250 - 300 250 - 300 250 - 300 250 - 300
in. 7.87 - 10.24 8.27 - 10.24 9.84 - 11.81 9.84 - 11.81 9.84 - 11.81 9.84 - 11.81 9.84 - 11.81
Max. Upper Die Weight kg 1800 2000 2300 3200 4000 2300 3000
lb. 3968 4409 5071 7055 8818 5071 6614
Side Opening mm 490 490 490 530 530 980 980
in. 19.29 19.29 19.29 20.87 20.87 38.58 38.58
Bed Hole Dimension mm 1700 x 400 2000 x 400 2400 x 400 3000 x 500 3200 x 500 2500 x 500 3000 x 500
in. 66.93 x 15.75 78.74 x 15.75 94.49 x 15.75 118.11 x 19.69 125.98 x 19.69 98.43 x 19.69 118.11 x 19.69
Main Motor kW 45 55 55 55 37 x 2 75 75
HP 60 74 74 74 50 x 2 101 101
Required Air Pressure MPa 0.5 0.5 0.5 0.5 0.5 0.5 0.5
psi 73 73 73 73 73 73 73
220 - 400 Ton Press Specifications Back to Specifications List

Technical Resources

Frequently Asked Questions

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AIDA-Tech White Papers

AIDA-Tech White Papers Technical Topics & Information

Topics such as connections spacing, slide guiding systems, reverse tonnage and more, AIDA-Tech White papers offer information for a variety of technical subjects related to stamping presses and press operations.

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Metalforming Articles

Metalforming Technology and Industry Articles Articles from Industry Publications

We maintain a library of metalforming articles from a variety of industry publications covering a wide range of topics centered on stamping and press operations. Topics include press technology, market trends, and press applications. Many of the articles collected here have been authored by or contributed to by AIDA associates.

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AIDA Press User Testimonials

AIDA Press User Testimonials Case Studies from Stampers

AIDA press users describe their companies and business operations, as well as, how they have used AIDA technology to achieve their production goals and expand their capacity and capabilities. Examples are provided from many different types of companies from job shops, to tier suppliers, to OEMs. Read on to see how leaders in many industries have successfully partnered with AIDA.

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Applications Studies & Die Trials

Stamping die detail photo Schedule an Application Review or Die Trial, Today

Application studies and die trials provided by AIDA prove, with your own dies and part drawings, how AIDA stamping press technology can have multiple benefits to your manufacturing operations, including increased production rates, higher quality parts, reduced scrap, and reduced maintenance.

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Stamping Press Technology

Multiple Press Plant Layout Illustration Industry Leading Forming Systems

For over 100 years AIDA has been developing and manufacturing specialized metalforming products like metal stamping presses and related automation equipment, such as transfers, robots, and feeders. AIDA's exclusive stamping press technology is used throughout our wide range of presses, from 30 through 4,000 tons capacity.

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Educational Partners & Resources

Educational Partners and Resources Research and Development

Not only does AIDA invest 5% of annual revenue towards internal research and development, but AIDA also actively seeks and participates in research with educational institutions such as the Center for Precision Forming (OSU), Institut für Umformtechnik, Edison Welding and others.

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Terms & Glossary

Stamping and Metalforming Industry Terms and Glossary Operations, Components, & Press Industry Terminology

A variety of functions may be performed by many different types of presses, depending upon the tooling. Typical press operations and other terms referring to press features and functions, as well as basic press characteristics and designs are explained in this section of our website.

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