POWDER COMPACTION PRESS - SERVO HYDRAULIC
POWDER COMPACTION PRESS - SERVO HYDRAULIC
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Our Powder Compaction Press (MPC-SV Series) combines servo-hydraulic power with precision powder compaction technology. Designed for consistent density, programmable compaction curves, and repeatable accuracy, this press is ideal for applications in powder metallurgy, ceramics, electronics, and medical manufacturing.
TECHNICAL OVERVIEW
A powder compaction servo press is engineered to deliver the ultra‑precise force, position control, and repeatability required for modern powder‑metallurgy production. Unlike traditional hydraulic presses, servo‑driven systems provide fully programmable motion profiles, allowing independent control of ram speed, dwell time, compaction force, and ejection. This ensures consistent green‑part density, reduced cracking, and superior dimensional accuracy. Servo technology also enables multi‑level compaction, controlled die filling, and optimized ejection cycles — all critical for complex geometries and high‑value components. Manufacturers in automotive, aerospace, medical, and electronics sectors rely on servo compaction presses to achieve near‑net‑shape parts with minimal variation and exceptional repeatability.
Servo‑hydraulic powder compaction presses combine the high force of hydraulics with the precision and programmability of servo motion control. Compared to mechanical presses, they offer far greater flexibility in controlling ram movement, compaction profiles, and multi‑axis synchronization. Compared to standard hydraulic presses, servo‑hydraulic systems deliver faster response times, improved energy efficiency, and tighter closed‑loop control of force and position. This results in more uniform density distribution, reduced scrap, and consistent green‑part quality. Servo‑hydraulic presses also support advanced compaction strategies such as multi‑level tooling, floating dies, and controlled ejection — capabilities essential for complex powder‑metal components.
A powder compaction servo press provides unmatched control over every stage of the compaction cycle. Key features typically include programmable upper and lower punch motion, servo‑controlled die filling, precision force monitoring, and synchronized multi‑axis movement. Closed‑loop feedback ensures consistent density and dimensional accuracy across every part. The system’s flexibility allows operators to fine‑tune compaction profiles for different powders, geometries, and performance requirements. Additional benefits include reduced cycle variation, lower energy consumption, quieter operation, and improved repeatability. These capabilities make servo compaction presses ideal for producing high‑performance components in automotive, aerospace, medical, and industrial applications.
PLATEN CUSTOMIZED TO YOUR PROJECT
Designed for Your Changing Production Needs.
The platens on our Powder Compaction Servo Press can be customized to your specific project requirements.  This press can accommodate single and multiple cavity dies and is fully customizable.  Â
IT'S ALL ABOUT CONTROL
Greater Control Means Greater Efficiency.
Our Powder Compaction Servo Press features advanced Safety PLC control with large color HMI screens and easy-to-read graphics – all at no extra charge. See all press functions and parameters on a clear visual layout, and easily make changes on the fly. Now that is real control.
CHOOSE YOUR CONTROL SYSTEM
We Give You Options of PLC & HMI.
Select the control system that is best for you and easiest for your maintenance team.
DIGITAL POSITION SENSOR
No More Messing Around with Setting Up Limit Switches.
We use digital micropulse transducer sensors which provide precise ram positioning, infinite setup flexibility and greatly simplify and speed up die setup. The setup data is fed back to the control system and can be recalled as a “recipe” for future reuse.
HIGHEST RETURN ON INVESTMENT
We Give You More Press For Your Money.
To be competitive today’s economy requires that manufactures run their operations more efficiently and cost effectively than ever before. We offer the highest ROI (return on investment) in the industry. MetalPress gives you high-quality products for a reasonable investment and with more features than any other company. Simply put, we give you the most bang for your buck!
SAFETY LIGHT CURTAINS
Worker safety should not be an option when ordering a press.
We are very serious about worker safety. That is why all our servo powder compaction presses include full size CAT4 safety light curtains as a standard feature. The light curtains work along with the other safety features to ensure worker safety at all times. Worker safety is our highest priority, and it always will be.
ZERO-FORCE TOUCH BUTTONS
Important for Worker Safety and Good Health.
Our standard touch buttons have to be pressed together or the press will not start the down cycle. This is another layer of worker safety. In addition, the buttons are designed to fit the shape of the hand and to help alleviate the effects of carpal tunnel syndrome and other nerve disorders common to repetitive operator interfaces.
BUILT-IN HEAT EXCHANGER
No Need for Centralized Cooling.
All our Powder Compaction Servo Press feature a built-in, full size, high quality, water cooled heat exchanger that will keep the press oil at an optimal level.
ROBOT INTERFACE
Automate Production by Adding A Robot
As an option, we can include robot interface I/O's built right into the HMI screen with 3 different modes. Choose from manual mode operation having the worker operate the whole press, semi-automatic mode, having the worker on the front removing the green compact (green part) and a robot on the back loading the hopper, or fully automatic mode with an automated green compact robot unloader on the front and a robot on the back filling the hopper.
We can customize these modes to your specific requirements.
HIGH QUALITY COMPONENTS
We Use Brand Name Components You Know, Already Use and Trust.
We use only the finest quality components that are open source, and readily available locally in your area, or from our online parts store. We do not use any impossible to find proprietary components.
AUTOMATIC TIE BAR LUBRICATION
No More Need to Remember to Lubricate the Tie Bars
Our standard automatic tie bar lubrication system will reduce the scoring on the tie bars and thus will extend the lifetime of the press and the press precision. The “set and forget” system simplifies maintenance and even warns the operator to refill the lubrication oil container.
REMOTE SERVICE
We Can Remotely Troubleshoot Your Servo Hydraulic Powder Compaction Press from Our Facility.
Our Powder Compaction Press includes a Remote Connectivity Unit which allows our press technicians to remotely check the performance of the press, make any needed changes to the program or HMI, or to troubleshoot it directly from our service center. The customer is only required to connect the unit to the Internet via an Ethernet cable. We handle the rest.
INDUSTRY 4.0 REMOTE MONITORING
Remotely Monitor Your Powder Compaction Press Performance From Any Device.
As an option, all our presses are available with Industry 4.0 remote performance monitoring units which feature a custom dashboard. You can not only monitor press performance, but you can also be notified before an issue occurs. Included are condition-based maintenance reminders and shift performance statistics. Minimize the impact of emergencies and maximize press uptime and productivity. Monitor what is going on with the servo powder compaction press and your production efficiency from any device, anywhere in the world.
EIGHT STANDARD SIZES
Flexible Range of Pressed Compacts and Applications.
Available from 44 tons all the way up to 660 tons, the MPC-SV Series of Powder Compaction Presses can handle a wide variety of applications.
| Model | US Tons | Metric Tons |
| MPC-SV-44 | 44 | 40 |
| MPC-SV-70 | 70 | 65 |
| MPC-SV-100 | 110 | 100 |
| MPC-SV-220 | 220 | 200 |
| MPC-SV-330 | 330 | 300 |
| MPC-SV-440 | 440 | 400 |
| MPC-SV-550 | 550 | 500 |
| MPC-SV-660 | 660 | 600 |
Applications for Powder Compaction Servo Press
A servo spotting press is the industry standard for verifying mold alignment before production. The servo‑controlled platen allows technicians to close the mold slowly and precisely, ensuring parting lines meet evenly and shut‑height is correct. This prevents flash, premature wear, and misalignment issues that would otherwise appear during molding. The ability to stop and hold at any point in the stroke gives toolmakers complete visibility and control during alignment work.
Many powder‑metal components require multiple levels, stepped features, or varying wall thicknesses. Servo compaction presses excel in these applications thanks to independent control of upper punch, lower punch, and floating die movement. The system synchronizes each axis with micron‑level precision, ensuring uniform density across all levels. This capability is essential for producing advanced PM parts such as synchronizer hubs, valve components, medical implants, and intricate mechanical assemblies.
Applications requiring high green density — such as automotive drivetrain components, bearings, and structural housings — benefit from the servo press’s ability to apply precise, repeatable compaction force. Closed‑loop feedback ensures the press reaches and maintains the exact force profile needed for optimal density distribution. This improves mechanical strength, reduces porosity, and enhances the performance of sintered components.
Soft magnetic composites require controlled compaction to maintain magnetic properties while achieving adequate density. Servo compaction presses provide the gentle, programmable motion needed to avoid damaging the powder’s insulating coating. Manufacturers use these presses to produce stators, rotors, electromagnetic cores, and other SMC components for electric motors, transformers, and high‑efficiency energy systems.
Technical ceramics — such as alumina, zirconia, and silicon carbide — require precise compaction to achieve uniform density and prevent cracking during sintering. Servo‑hydraulic presses offer the fine control needed to compact ceramic powders without inducing stress concentrations. Applications include medical implants, cutting tools, wear components, and electronic substrates. The programmable motion ensures consistent green‑body integrity and improved sintered performance.
Servo compaction presses are widely used in research labs and development centers where flexibility and repeatability are essential. Engineers can quickly adjust compaction profiles, dwell times, punch speeds, and ejection parameters to evaluate new powders, binders, and geometries. This makes servo presses ideal for prototyping advanced materials, testing new PM formulations, and validating production processes before scaling to full‑size manufacturing.
Frequently Asked Questions About Powder Compaction Servo Press
A servo‑hydraulic powder compaction press provides far greater precision, repeatability, and control than a conventional hydraulic press. Servo technology allows fully programmable motion profiles, enabling operators to control ram speed, compaction force, dwell time, and ejection with exceptional accuracy. Closed‑loop feedback ensures consistent green‑part density and dimensional stability across every cycle. The result is reduced scrap, improved part quality, and the ability to produce complex geometries that standard hydraulic systems cannot achieve reliably.
Density uniformity is critical in powder metallurgy, and servo presses excel by delivering precise, repeatable force and position control throughout the compaction cycle. Independent control of upper punch, lower punch, and floating die movement ensures even pressure distribution across all levels of the part. This minimizes density gradients, reduces cracking, and improves dimensional accuracy. The result is stronger, more consistent sintered components with fewer defects and less post‑processing.
Yes — multi‑level compaction is one of the key strengths of servo‑hydraulic systems. The press can independently control multiple axes, allowing upper punches, lower punches, and floating dies to move in perfect synchronization. This enables precise formation of stepped features, varying wall thicknesses, and intricate internal geometries. Servo control ensures each level receives the correct pressure and movement, producing complex parts with exceptional accuracy and repeatability.
Servo compaction presses are ideal for high‑precision powder‑metal components, including gears, bushings, structural parts, synchronizer hubs, magnetic cores, medical components, and multi‑level geometries. They are also widely used for soft magnetic composites (SMCs), technical ceramics, and advanced materials that require controlled compaction to maintain performance characteristics. The programmable motion and multi‑axis synchronization make servo presses suitable for both simple and highly complex part designs.
Yes — powder compaction servo presses are available to customers throughout the United States, Canada, and Mexico. Manufacturers across automotive, aerospace, medical, electronics, and industrial sectors rely on these presses for high‑precision powder‑metal production. Regional availability ensures faster delivery, reliable technical support, and access to replacement parts. Systems can be configured with various tonnages, stroke lengths, control packages, and multi‑level tooling options to match specific production requirements.
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