Servo-Mechanical Presses
Compare programmable C-frame and straight-sided presses for your stamping and forming process.
Choose the Frame and Motion Profile for Your Tooling
A servo-mechanical press uses a servo-motor drive and mechanical transmission to control slide motion. The programmable profile lets the production team plan the approach, forming and return stages around the die and part.
MetalPress offers single- and double-crank C-frame servo presses, plus single- and double-point straight-sided servo presses. Compare tooling access, die dimensions and load distribution first, then review the required slide profile, force, energy and feed timing for the selected model.
Explore the Four Servo-Mechanical Press Families
Open-front tooling access with a single-crank layout. Start here for compact dies and a process that benefits from programmable slide motion.
C-frame access with two-point slide support. Compare this configuration for wider tooling and parts with a distributed working area.
A straight-sided frame with one slide connection point. Match the die footprint and load pattern to the available working area.
A straight-sided frame with two slide connection points. Review longer dies, larger parts and production layouts using progressive or transfer tooling.
C-Frame or Straight-Sided? Single or Double Point?
Frame style defines the machine structure and access around the tooling. Crank and connection-point arrangements define how motion and load are delivered to the slide. Match these features to the die footprint, working-force location and plant layout.
Swipe to compare specifications.
| Family and product | Tooling and layout fit | Selection checks |
|---|---|---|
| MSC-SV C-frame single-crank servo press | Compact tooling, open access for setup and handling, and a load pattern suited to the single-crank layout. | Throat depth, slide and bolster size, upper-die weight, rated force position and the required motion profile. |
| MDC-SV C-frame double-crank servo press | Wider dies and parts requiring two-point slide support while retaining C-frame access. | Tooling length, load balance between points, permitted off-center loading and feeder/transfer clearance. |
| MSE-SV Single-point straight-sided servo press | Tooling suited to a single-point straight-sided arrangement, with frame support and access matched to the operation. | Working area, die height, stroke, load distribution, slide guidance and available energy for the profile. |
| MDE-SV Double-point straight-sided servo press | Longer tooling and larger working areas where a two-point straight-sided layout fits the production plan. | Slide and bolster length, load moments, die weight, transfer timing and the intended production duty. |
Compare the MSC-SV single-crank and MDC-SV double-crank products for C-frame layouts, or the MSE-SV single-point and MDE-SV double-point products for straight-sided layouts.
Specify the Servo Stamping Process
Plan the Slide-Motion Profile
Define approach speed, forming speed, working stroke, return motion and any dwell or reversal your process needs. Review the available programs and operating envelope for the selected model.
Match Force and Energy to the Die
Provide the required load through the working portion of the stroke. Review the rated force position, available energy, upper-die weight and allowable loading for the proposed motion and production duty.
Synchronize the Production Cell
Coordinate press motion with the feeder, transfer or robot, in-die operations, lubrication and scrap handling. Agree feed windows, interface signals, safeguarding and setup procedures for the complete cell.
Application and Engineering Resources
For a process review, use the metal stamping application guide and forming application guide to describe the part, material and tooling requirements. The C-frame terminology guide explains the frame and drive language used during machine selection.
When upgrading an existing line, our crank-to-servo-mechanical engineering guide helps frame the motion and integration discussion. The press technology selection gateway provides a broader route to hydraulic, mechanical and servo-hydraulic alternatives.
Request a Servo-Mechanical Press Recommendation
Share your part, tooling and production details so our team can review the appropriate press configuration.
Include the material grade and thickness, part drawing, die footprint and weight, force or trial data, stroke and die-height requirements, forming-speed profile, production target, feeding method and automation interfaces. Add utilities, available floor space and safeguarding requirements.
Share the specifications you have and identify where engineering input would help. A current cycle description or trial results are useful when comparing an existing press with a servo-mechanical configuration.