Hydraulic Presses
Compare four-post production presses, dedicated trim presses and die spotting/mold tryout equipment.
Choose a Hydraulic Press for Your Operation
MetalPress industrial hydraulic press machines cover three distinct buying tasks: production forming, downstream trimming and toolroom spotting/tryout. Start with the operation and tooling, then compare the appropriate family below.
For model-specific specifications and options, open the product page. For help selecting a family, send a hydraulic press enquiry with your part and tooling requirements.
Explore the Three Hydraulic Press Families
A four-post production platform for tooling that needs access from multiple sides. Match the working area, stroke and hydraulic functions to the forming operation.
A dedicated trimming platform for removing flash, gates, runners or selected excess material. Review the cut geometry, trim tool, part support and scrap handling.
Toolroom equipment for controlled closing, contact inspection, alignment and tryout. Match the platen arrangement and access to the mold or die being checked.
Compare Hydraulic Press Families
Swipe to compare specifications.
| Press family | Published force range | Application to evaluate | Key selection checks |
|---|---|---|---|
| MTP 4-Post Hydraulic Press | 35–200 US ton-force 32–180 metric tonne-force | Forming, drawing, punching and other production operations suited to the selected configuration. | Tool footprint and weight, force over the working stroke, opening, guiding and loading access. |
| MPTP Hydraulic Trim Press | 35–200 US ton-force 32–180 metric tonne-force | Trimming and deflashing cast or molded parts with dedicated cutting tooling. | Cutting load, trim-tool support, part presentation, ejection and finished-part/scrap removal. |
| MSP-SB Die Spotting & Mold Tryout Press | 75–660 US ton-force 70–600 metric tonne-force | Die spotting, mold contact verification, fitting and tooling tryout. | Tool weight and envelope, platen access, opening, positioning requirements and inspection sequence. |
Define the Tooling and Production Requirements
Force and Process
Define the operation, material and required working force, including where and how long the load is applied. Identify any trial or calculation data available.
Working Area and Tool Support
Review the die footprint and weight, mounting, load location, guiding and access for loading, unloading and maintenance.
Stroke and Opening
Specify the working stroke, open daylight and closed-tool positions needed by the part, die, loading method and ejection sequence.
Speed, Dwell and Output
Define approach, working and return motion, any pressure hold and decompression, and the complete handling cycle behind the output target.
Auxiliary Tooling and Handling
Identify required cushions, ejectors, core motions, heating/cooling, scrap removal and automation interfaces for the selected configuration.
Controls and Safeguarding
Agree pressure/position monitoring, recipes, controls interfaces and the safeguarding requirements for the complete installation.
Connect the Process to the Right Product
Use the metal forming, deep drawing, punching and blanking and compression molding application guides to describe production tooling and motion needs. For finishing cast or molded parts, review trimming applications and the MPTP hydraulic trim press.
For coining, straightening or forging, establish the force, working distance and tooling duty before selecting a configuration. For integrated handling, use the automatic hydraulic press planning guide.
Plan the Complete Hydraulic Press Configuration
Plan standard or custom hydraulic press requirements around the selected family. Discuss bed and platen dimensions, stroke and opening, hydraulic functions, ejection, part handling and controls as a coordinated equipment scope.
When comparing a hydraulic press manufacturer or supplier, agree the proposed configuration, operating limits, drawings, acceptance tests, manuals, commissioning and training scope, spare parts and service arrangements. Evaluate automation through the complete press/tooling/handling sequence rather than the press cycle alone.
Compare Drive-System Alternatives
For projects that call for a different drive or motion approach, compare the servo-hydraulic press category and mechanical press category. Review the actual controls, duty cycle, tooling and energy requirements for each proposal.
Keep the detailed technology discussion in the servo-hydraulic versus traditional hydraulic guide and hydraulic-versus-mechanical comparison. The press-selection gateway brings the equipment families together.
Review Hydraulic Press Project Experience
75-Ton Four-Post Project
Review the engineering project for an appliance-industry production application. Read the project story.
Custom 35-Ton Trim Press
See the design and assembly story for a dedicated trimming system. Read the project story.
Testing and Shipment Preparation
Review the documented testing and pre-commissioning work on a four-post press. Read the project story.
Request a Hydraulic Press Recommendation
Send the operation, material and thickness, part/tooling drawings, required force or trial data, die footprint and weight, working stroke, daylight, production target and loading/unloading method. Include utilities and any heating, cooling, ejection or automation requirements.
If you already have a family in mind, identify the MTP 4-Post Hydraulic Press, MPTP Hydraulic Trim Press, MSP-SB Die Spotting & Mold Tryout Press. The enquiry form below is available for projects still at the selection stage.
Hydraulic Press Selection Questions
How do I choose between a four-post press and a trim press?
Start with the operation. Review the MTP four-post production platform for the forming task, and the MPTP trim-press platform for dedicated cutting or deflashing work. Compare tooling support, load, motion and part/scrap handling on the product pages.
What determines the required hydraulic press force?
The process, material, cut or formed geometry, tooling and loading conditions determine the required force. Provide calculations or trial data where available, together with the required working stroke and any pressure hold.
Which page covers die spotting and mold tryout?
Use the MSP-SB product page for controlled closing, contact inspection, alignment and tryout. Specify the tool weight and envelope, platen access, opening and inspection sequence.
Can the press be planned with automation?
Discuss loading, unloading, ejection, scrap removal and controls interfaces for the selected configuration. Agree the full cell sequence and safeguarding scope with the equipment and tooling teams.