FORMING PRESS
Precision metal shaping for sheet metal forming, controlled bending, stretch forming, and industrial forming applications.
Press for INDUSTRIAL METAL FORMING
Precision shaping for complex forming operations
Metal forming is the process of plastically deforming metal into a new shape without removing material. Unlike simple cutting operations, forming changes the geometry of the workpiece through controlled force, stroke motion, tooling design, and material flow. Depending on the application, forming can include bending, stretch forming, drawing, embossing, shaping, and other operations that require stable pressure, repeatable motion, and precise control over the stroke.
At MetalPress Machinery, our forming presses are engineered to support a wide range of sheet metal forming and precision shaping applications. Whether you are producing brackets, panels, enclosures, structural components, drawn parts, formed housings, or other shaped metal parts, our lineup includes the right mix of mechanical forming presses, servo forming presses, hydraulic forming presses, and servo hydraulic forming presses to match the material, tooling, and forming complexity of the job. Our product range includes C-frame and straight-sided mechanical presses, servo mechanical presses, 4-post hydraulic presses, and straight-sided servo hydraulic presses for manufacturers who need accuracy, repeatability, and flexibility in metal forming.
TEN FORMING PRESS OPTIONS
Every MetalPress forming press is selected to support rigidity, repeatability, motion control, and long-term production stability in industrial metal forming applications.
C-Frame single crank press
C-frame single crank presses are a strong fit for lighter forming work, smaller parts, and applications where front access, fast setup, and efficient operation matter. They are commonly used for smaller sheet metal forming jobs, brackets, clips, shallow formed parts, and other single-stage operations where a compact forming press machine is the most practical choice. They also work well for bending, piercing, embossing, and lighter shaping work on thin to medium-gauge materials.
C-Frame double crank press
C-frame double crank presses are better suited when the forming operation needs a wider bed, improved load distribution, and better support for larger tooling than a single-crank frame can offer. They are a practical option for medium-size formed parts, wider sheet components, and jobs where accessibility is still important but the tooling footprint is larger. They are commonly used in forming applications that need stable press motion across a wider work area.
C-Frame single crank servo press
C-frame single crank servo presses are ideal for smaller precision forming applications where programmable motion, better ram control, and improved repeatability can help protect tooling and improve part quality. They are especially useful when forming aluminum, copper, stainless steel, and other materials that benefit from more controlled slide movement and softer bottom-of-stroke behavior. They are a strong choice for precision forming, shallow draw work, embossing, and sensitive shaping operations.
C-Frame double crank servo press
C-frame double crank servo presses give you the same servo-control benefits with more support for larger tooling and wider formed parts. They are well suited for medium-size forming operations where programmable stroke behavior, repeatable motion, and better control over forming speed can improve consistency and reduce material stress across a larger work area.
Single point straight sided press
Single point straight sided presses are widely used for industrial metal forming where frame rigidity, higher tonnage, and stable stroke performance are important. They are a strong fit for formed panels, brackets, support parts, and structural components where the job needs a more rigid press than a C-frame design. In sheet metal forming, they support repeatable shaping, bending, embossing, and progressive-tool work with better resistance to frame deflection.
Double point straight sided press
Double point straight sided presses are the stronger option when the forming process uses larger dies, longer tooling, or off-center loads that need better support across the slide. They are a strong solution for larger formed components, multi-stage tooling, and industrial shaping applications where consistent alignment and frame stability matter throughout the forming cycle.
4 post hydraulic press
4-post hydraulic presses are one of the strongest options for a dedicated forming press page because your site already positions them as ideal for metal forming, deep drawing, and other applications that require uniform pressure, large platens, full-stroke tonnage, and 360-degree die access. They are especially effective for sheet metal forming, larger-surface shaping, deep parts, and jobs where hydraulic control over force, speed, and dwell improves part quality and tooling life.
Straight sided servo hydraulic press
Straight sided servo hydraulic presses combine the structural rigidity of a straight-sided frame with the control advantages of servo hydraulic technology. They are well suited for precision forming, thicker materials, larger formed parts, and applications where fast response, controlled force, and high tonnage are all important. Your site positions these machines around high speed, precision, and customization, making them a strong fit for advanced metal shaping and more demanding forming operations.
MINTING PRESS
TECHNICAL ADVANTAGE
FOR FORMING MANUFACTURERS
Every MetalPress forming machine is selected to support safe operation, tooling protection, and long-term forming performance in demanding industrial applications.
Hydraulic overload protection: Standard on press systems where overload protection is critical, helping release pressure during jams and reduce the risk of frame or tooling damage during demanding forming work.
User-friendly PLC control: Integrated controls support faster setup times, repeatable recipe storage, and more consistent forming results across recurring jobs.
Enhanced drive systems: Efficient drive design and motion control help reduce unnecessary energy use and improve consistency during continuous forming production.
Safety compliance: Modern guarding, controls, and operator-safety features help support safe forming operation in production environments.
Progressive tooling compatibility: Where appropriate, MetalPress forming solutions can support progressive-die and staged-tool workflows, especially on straight-sided and servo mechanical platforms.
Die protection and process control: Servo and hydraulic platforms provide greater flexibility where forming jobs require controlled speed, dwell, or bottom-of-stroke behavior to protect tooling and improve part accuracy.
Hydraulic Overload Protection
Standard on all models. Instantly releases pressure during a jam to prevent catastrophic frame or die damage.
User-Friendly PLC Control
Integrated recipe storage means faster setup times on recurring jobs. Less downtime between changeovers.
Enhanced Drive Systems
Advanced lubrication and high-efficiency motors reduce noise and energy consumption during continuous operation.
Safety Compliance
Fully compatible with modern light curtains and dual-hand safety controls for a secure working environment.
Choosing the Right Press Configuration & Press Frame
In metal forming, you are not simply cutting a part. You are forcing the material to flow into a new shape. The success of the operation depends on how well the press manages tensile behavior, work hardening, springback, pressure distribution, and stroke control.
Aluminum alloys
- Characteristics: Lightweight and formable, but sensitive to cracking and springback depending on alloy and bend radius.
- Forming note: Aluminum usually benefits from better speed control and smoother bottom-of-stroke behavior to reduce cracking risk and improve dimensional consistency.
- Recommended press: C-frame single crank servo press or single point straight sided servo press.
Mild and carbon steels
- Characteristics: Versatile and widely used across industrial sheet metal forming.
- Forming note: These materials are suitable for a wide range of shaping operations, from bending and embossing to deeper formed parts, depending on thickness and tooling.
- Recommended press: Straight sided press single point, straight sided press double point, or 4 post hydraulic press.
Stainless steel
- Characteristics: Strong, corrosion resistant, and prone to work hardening during more demanding forming operations.
- Forming note: Stainless steel often benefits from more controlled force, speed, and dwell to avoid excessive hardening and improve consistency on more difficult shapes.
- Recommended press: Single point straight sided servo press, double point straight sided servo press, or straight sided servo hydraulic press.
HSLA and higher-strength steels
- Characteristics: Higher strength and lower formability than mild steel, often requiring more rigid press structures and more careful process control.
- Forming note: These materials need stronger frame support and controlled force delivery to reduce deflection and improve shape accuracy.
- Recommended press: Double point straight sided press, double point straight sided servo press, or straight sided servo hydraulic press.
| FORMING PROPERTIES BY MATERIAL GROUP | |||
| Material Group | Typical Forming Behavior | Springback Risk | Recommended Press Direction |
| Aluminum Alloys | Good formability, more speed-sensitive | Medium to High | Servo Mechanical |
| Mild Steel | Versatile and forgiving | Low to Medium | Mechanical or Hydraulic |
| Stainless Steel | Stronger, work-hardening | Medium | Servo Mechanical or Servo Hydraulic |
| HSLA Steel | Higher force demand | High | Straight-Sided or Servo Hydraulic |