C-Frame Press

The C‑Frame Double Crank Servo Mechanical Press is ideal for automotive components that require wider dies, balanced force distribution, and consistent accuracy across the entire tool surface. The dual‑crankshaft design minimizes slide tipping, making it perfect for stamping brackets, reinforcements, seat components, transmission parts, and medium‑sized structural stampings. Automotive suppliers benefit from the programmable servo motion, which allows precise control over forming velocity, dwell, and slide position to improve part quality and reduce tool wear. This press integrates easily with coil feeders and robotic handling systems, supporting high‑volume production environments. Its combination of rigidity, accuracy, and servo flexibility makes it a reliable solution for automotive applications where dimensional consistency and repeatability are essential.

The double crank servo mechanical press is well‑suited for electrical and electronics applications that require precision across wider tooling. Its balanced force distribution ensures clean edges and consistent dimensions when producing enclosures, terminal housings, brackets, shielding components, and medium‑gauge electrical hardware. The programmable servo motion allows for slow‑speed forming, controlled dwell, and optimized cutting profiles, which are essential for copper, aluminum, and specialty alloys. The open‑front C‑frame design supports easy integration with coil feeders and automated handling systems. For manufacturers producing medium‑sized electrical components that demand accuracy and repeatability, this press provides the stability and flexibility needed to maintain high quality across long production runs.

The C‑Frame Double Crank Servo Mechanical Press excels in progressive die stamping applications that require wider dies and uniform force distribution. The dual‑crankshaft design ensures excellent slide parallelism, reducing tool wear and improving part consistency across multi‑stage operations. Servo motion control allows operators to program acceleration, deceleration, dwell, and forming velocity to match the needs of complex progressive dies. This results in smoother transitions between stations and reduced shock loads. The press integrates seamlessly with coil feeding systems, straighteners, and automated transfer equipment. For manufacturers running medium‑to‑large progressive dies, this press delivers the stability, speed, and precision required for high‑volume production.

For precision blanking applications involving medium‑sized components, the double crank servo press provides the stability and controlled motion needed for clean, accurate edges. The dual‑crank design minimizes slide deflection, ensuring consistent cutting performance across the entire die surface. Servo control allows operators to slow the slide during the cutting phase, reducing shock and improving edge quality. This makes the press ideal for producing washers, plates, brackets, electrical contacts, and structural inserts. The C‑frame layout offers excellent accessibility for setup and tool changes, while the programmable stroke enhances repeatability. Manufacturers benefit from reduced scrap, improved dimensional accuracy, and extended tool life.

The C‑Frame Double Crank Servo Mechanical Press is highly effective for piercing and punching operations that require precise alignment and uniform force across a wider working area. The dual‑crankshaft system ensures stable slide motion, reducing stress on tooling and improving hole quality. This makes it ideal for components with multiple holes, slots, or cutouts, such as brackets, electrical housings, appliance hardware, and automotive stampings. The servo motion allows for controlled impact and optimized cutting profiles, enhancing part consistency and reducing tool wear. Its open‑front design supports both manual and automated workflows, making it a versatile solution for high‑accuracy hole‑making operations.

The double crank servo press is well‑suited for medium‑depth forming applications where controlled motion and balanced force are essential. The dual‑crank design provides superior slide stability, reducing the risk of wrinkling, tearing, or uneven forming. Servo control allows operators to fine‑tune forming velocity, dwell time, and slide position to match material behavior. This makes the press ideal for producing housings, shallow enclosures, structural components, and formed sheet‑metal parts. Its combination of rigidity and programmable motion improves part quality, reduces tool wear, and supports consistent forming performance across a wide range of materials and thicknesses.

General fabrication shops value the C‑Frame Double Crank Servo Mechanical Press for its ability to handle a wide range of medium‑sized stamping and forming tasks. The dual‑crankshaft design ensures stable, balanced force delivery, making it ideal for producing brackets, plates, frames, mounting hardware, and structural components. The servo system allows operators to customize stroke profiles for blanking, bending, coining, embossing, and light forming operations. Its open‑front layout supports quick die changes and flexible workflow arrangements. Whether running short‑batch jobs or continuous production, this press delivers the accuracy, repeatability, and versatility needed in modern fabrication environments.