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Servo Press Machine Product List and Ranking from 8 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

Servo Press Machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. JANOME Corporation Tokyo//Industrial Machinery
  2. null/null
  3. 放電精密加工研究所 大和事業所 Kanagawa//Other manufacturing
  4. 4 上板塑性 Saitama//Machine elements and parts
  5. 5 小林工業株式会社 Akita//Manufacturing and processing contract
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Servo Press Machine Product ranking

Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.

  1. Servo Press: JP-S2 Series Embedded Compact Servo Press Machine JANOME Corporation
  2. High functionality with easy operation! Versatile servo press machine 'Multi Press'
  3. Servo press: A compact 30-ton servo press machine with low power consumption. JANOME Corporation
  4. Servo press: High-precision servo press compatible with clean rooms. JANOME Corporation
  5. 5 C-type frame high-performance servo press machine "Multi Press" series

Servo Press Machine Product List

16～30 item / All 41 items

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[Processing Example] Half-cut of multilayer film / Punching of asymmetric film

[Processing Example] Half-cut of multilayer film / Punching of asymmetric film

Control blade tip depth in microns! Introducing processing examples with "ZENFormer nano."

When cutting film, traditionally, due to the variation in the bottom dead center of the press machine, thicker separators were used for backing, and the blade tip was inserted deeper for processing. With the 'ZENFormer nano', which has a bottom dead center repeat accuracy in the micron range, the variation at the bottom dead center can be reduced to a few micrometers, allowing for the use of ultra-thin separators. Additionally, by controlling the blade tip depth in microns and performing a precise cut on just the first layer to be cut, we eliminated the collapse and curling of the cut edge that occurred due to excessive pushing of the blade tip and the generation of substrate waste, achieving stability and improvement in product quality. 【Features of ZENFormer nano】 <Half-cutting of multilayer films> ■ Variation at the bottom dead center can be reduced to a few micrometers ■ Allows for the use of ultra-thin separators *For more details, please refer to the PDF document or feel free to contact us.

  • Press Dies
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[Molding Example] High-Precision Ceramic Molding

[Molding Example] High-Precision Ceramic Molding

Adopting an easily removable die set system! This significantly reduces equipment downtime and simplifies cleaning.

"ZENFormer plus" enables high-precision molding through a withdrawal method that simultaneously lowers the punch and die, reducing density differences in the axial direction. It also achieves high-quality mass production through parallel control. By adopting an easily removable die set system, external setup is possible, significantly reducing equipment downtime and simplifying cleaning. Additionally, the power consumption during standby is limited to only the power required for the control circuit. During production operation, the servo motor is utilized as a generator, regenerating deceleration energy to minimize power consumption during continuous operation. 【Features of ZENFormer plus】 ■ Simultaneous lowering of punch and die ■ Achieves high-quality mass production through parallel control ■ Standby power consumption is limited to the power required for the control circuit ■ Minimizes power consumption during continuous operation by regenerating deceleration energy *For more details, please refer to the PDF document or feel free to contact us.

  • Press Dies
  • Other processing machines

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[ZENFormer Case Study] Shearing Process Using a Double-Action Press

[ZENFormer Case Study] Shearing Process Using a Double-Action Press

By performing shearing from both the top and bottom sides, the processed surface is formed into a good surface without burrs!

We would like to introduce examples of all shear processing using a double-acting press. With parallel control + full power throughout the entire stroke + double-acting mechanism + high-precision positioning motion, we achieve precise shear processing and improved product accuracy. Thanks to the double-acting mechanism, we have also realized good shear surface finishing and mass production with a tooth bottom coaxiality of less than 10μm. [Reasons why high-precision processing is possible with ZENFormer] ■ Strong parallel control against eccentric loads ■ Micron-level dead center positioning accuracy ■ Full power generation possible anywhere during the stroke *For more details, please refer to the related links or feel free to contact us.

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[ZENFormer Case Study] Process Shortening Forming with a Double-Action Press

[ZENFormer Case Study] Process Shortening Forming with a Double-Action Press

Introducing the unique construction method of "ZENFormer" that utilizes a compound press!

We would like to introduce a case study of process shortening molding using a double-action press. With parallel control + full power throughout the entire stroke + double-action mechanism + high-precision positioning motion, we achieve process reduction and improved product accuracy. By setting flexible motion configurations with the double-action press, we can perform drawing, hole punching, flanging, pin extraction, and thickening processes in a single shot, allowing for significant process shortening and high-precision machining with a single chuck. [Reasons why high-precision machining is possible with ZENFormer] - Parallel control that is strong against eccentric loads - Micron-level positioning accuracy at the bottom dead center - Full power generation possible anywhere during the stroke *For more details, please refer to the related links or feel free to contact us.

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[ZENFormer Case Study] Current Detection Sensor

[ZENFormer Case Study] Current Detection Sensor

Realizing a new method with parallel control, bottom dead center repeat accuracy, and 3D additive manufacturing, leading to cost reduction and increased productivity!

We would like to introduce a case study that realized progressive stamping and 3D layering processing of different shapes and materials. When producing current detection sensors, traditional methods involved using expensive magnetic materials, which posed a challenge due to high material costs. Our company established a new layered technology and successfully utilized the high-precision parallel pressing and micron-level repeat accuracy of the ZENFormer to maintain magnetic properties similar to conventional products while using inexpensive oriented electrical steel sheets. 【Case Overview】 ■Challenges - High material costs ■Results - Successful product development maintaining magnetic properties similar to conventional products - Material costs reduced to less than one-tenth, achieving significant cost savings *For more details, please refer to the related links or feel free to contact us.

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[ZENFormer Case Study] Film Cutting

[ZENFormer Case Study] Film Cutting

Cost reduction and increased productivity and product quality with parallel control and high-precision positioning motion!

We would like to introduce examples of film molding that are asymmetrical in the front, back, left, and right. When punching out asymmetrical films, uneven loads (eccentric loads) occur, and there is a tendency for the mold to tilt in general presses. As a result, the entry of the blade becomes uneven, leading to the possibility of missed cuts in certain areas. On the other hand, the servo press "ZENFormer," which is resistant to eccentric loads, achieves uniform blade entry around the entire perimeter through high-precision parallel control, resulting in a uniformly cut surface all around. **Features of ZENFormer nano** - The slide does not tilt, ensuring uniform blade entry. - A uniformly cut surface around the entire perimeter and repeatable cutting depth can be achieved. - Stable processing is possible even with extremely thin separator materials. *For more details, please refer to the related links or feel free to contact us.*

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[ZENFormer Case Study] Formability Verification with CFRTP Plates

[ZENFormer Case Study] Formability Verification with CFRTP Plates

High-precision parallel pressurization + long-duration pressure maintenance for uniform pressure, improving product quality with low load!

We would like to introduce a case where high-precision parallel pressing of "ZENFormer" achieved equivalent or better moldability at less than half the forming load of a hydraulic press. In carbon fiber reinforced thermoplastic (CFRTP), we conducted verification tests on three items: "flatness," "internal properties," and "strength" when forming with flat plates. As a result, high-precision parallel pressing and prolonged pressure retention yielded superior results in all three categories—flatness, internal properties, and bending strength—compared to a hydraulic press. [Test Results] ■ Flatness: Achieved a stable and highly precise molded shape through complete parallel pressing. ■ Internal Properties: Parallel pressing allowed for uniform pressure application at optimal loads, enabling consistent resin flow and ensuring reproducible and stable molding quality. ■ Bending Strength: Parallel pressing ensured uniform impregnation and reproducible stable strength of molded products. *For more details, please refer to the related links or feel free to contact us.

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[ZENFormer Case Study] Hybrid Molding of Metal and Resin

[ZENFormer Case Study] Hybrid Molding of Metal and Resin

High-precision parallel pressing + high-precision positioning + long-duration pressure holding + long stroke!

We would like to introduce a case where the ultra-compact electric injection unit "Petit Injection" (manufactured by UBE Machinery Corporation) is combined with the "ZENFormer" to achieve metal forming and injection molding in a single process without the need for setup changes. Utilizing the product's features of four-axis independent control and servo motor drive, we employed mold clamping press operations and two Petit injections. This integration of aluminum plates and high-performance resins was made possible with a single system. By using this technology, the development of applications for multi-materials (composite molding technology) can be promoted. 【Process】 ■1. Insert aluminum plate into the mold ■2. Mold clamping and aluminum plate forming ■3. Injection molding (edging, back injection → surface decoration) ■4. Mold opening and product extraction *For more details, please refer to the related links or feel free to contact us.

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Process shortening by special servo press machine.

Process shortening by special servo press machine.

Awarded the "2012-13 MF Technology Award" from the Japan Forging Machinery Manufacturers Association! Introducing our development technology.

When forming shapes like the one in the image, conventional technology required a 1000-ton class transfer press with three processes. However, with our special 630-ton servo press, it is possible to shorten the process that traditionally took three steps into one step through the control of processing speed and back pressure during forming. This significantly reduces mold costs and achieves a reduction in product costs. 【Features】 - Forming with control of processing speed and back pressure - Ability to shorten the process that traditionally took three steps into one - Significant reduction in mold costs, achieving lower product costs - Received the "2012-13 MF Technology Award" from the Japan Forging Machinery Manufacturers' Association *For more details, please refer to the PDF materials or feel free to contact us.

  • Processing Contract
  • Other machine elements

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Servo press: High-precision servo press compatible with clean rooms.

Servo press: High-precision servo press compatible with clean rooms.

This is a clean room Class 10 compatible model of a C-frame servo press machine that allows hand-in without an area sensor.

Equipped with a newly developed dual-hand operation safety device for presses [domestic type certification obtained], this is a C-frame servo press machine suitable for clean rooms (cleanliness class 10). Since safety devices such as light curtains and area sensors are not required, costs can be reduced while ensuring worker safety and a wide working space. - Compatible with cleanliness ISO4 *1 (class 10 *2) - Special structure enhances airtightness to prevent dust generation - Conductive special coating is used for the exterior to prevent static electricity buildup - Low-dust grease is used inside the sliding ram section, and a static-resistant special bellows is equipped on the outside - Two sizes of air connectors for exhaust, selectable based on the exhaust device or capacity - Usable in both clean room and general environments *1 Cleanliness is based on ISO14644-1. *2 Federal Standard 209D (U.S. federal standard) ◎ For more details, please download the catalog or contact us.

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