Closed Die Forging Presses

A closed die forging press delivers extreme force with exact control, shaping heated metal into high-strength, high-precision components. Unlike open die methods, a closed die forging press forces material into a fixed cavity, producing repeatable, near-net shapes with minimal waste.

At Ajax/CECO/Erie Press, we design each press to meet the demands of modern forging. If you need consistent output and durable machinery backed by real engineering, you’re in the right place. 

Closed die forging presses use massive tonnage to drive heated billets into precision dies, forcing metal to completely fill every cavity under controlled pressure. This process refines grain structure, eliminates porosity, and produces parts with exceptional mechanical strength.

Unlike other forming methods, a closed die forging press maintains consistent die contact throughout the stroke, which ensures dimensional accuracy and repeatability even in high-volume runs.

Advanced control systems regulate speed and pressure at each stage, so every cycle delivers uniform results without compromising tool life. These presses set the standard for operations that demand power and precision.

Choosing the right closed die forging press starts with aligning press capacity to the size, shape, and material of your parts. You should also evaluate stroke length, die cavity dimensions, and cycle rate to confirm that the machine can support both current and future production demands. 

Energy efficiency and control precision also matter, since they affect operating costs and long-term consistency. 

Working with experienced closed die forging press manufacturers ensures the equipment fits your exact workflow instead of forcing you to adapt to it. 

Industries That Demand Closed Die Forging

Closed die forging presses excel in sectors where component strength and exact geometry directly determine performance. These machines shape parts in industries that endure heavy loads, rotational forces, or critical stress environments, including: 

• Aerospace: Turbine discs, landing gear elements, and structural brackets
• Automotive: Drivetrain components like gears, shafts, and crankshafts
• Defense: Weapons systems and armored vehicle hardware requiring certified reliability
• Energy: Power plant fasteners, valve bodies, and turbine components
• Heavy Equipment: Off-road machinery parts engineered for constant impact and wear

The common thread across these industries is simple: a closed die forging press produces components that perform reliably under the most demanding conditions out there. 

What Makes a High-Performance Forging Press Worth the Investment?

A high-performance closed die forging press maximizes efficiency at every cycle. Precision controls ensure parts meet strict tolerances, while rigid construction keeps dies aligned and protected. 

Reduced scrap rates, lower energy wastes, and extended tool life directly translate into savings that continue to grow throughout production years. 

How Our Engineering Team Solves Your Production Bottlenecks

Ajax/CECO/Erie Press tackles throughput challenges by designing presses that keep operators moving instead of waiting. 

Optimized ram speeds, intuitive controls, and streamlined die change systems shorten cycle times without putting accuracy on the line. We also build in long-term serviceability, so downtime stays predictable. 

The result? A closed die forging press that strengthens your production schedule instead of slowing it down.

Discover more about closed die forging press functionality through these commonly asked questions. 

What materials can be shaped with a closed die forging press? 

Closed die forging presses handle numerous metals, including carbon steel, stainless steel, aluminum, titanium, and high-temperature alloys.

How long does it take to manufacture a closed die forging press? 

Lead times vary depending on press size, tonnage, and custom engineering requirements. Standard models are faster to deliver, while specialized machines designed for unique parts or high-output lines require additional build time.

Do closed die forging presses require special foundations? 

Yes. The extreme force generated by these machines often requires reinforced foundations to absorb shock and maintain press alignment. Our engineering team provides detailed foundation specifications to make sure the closed die forging press runs safely in your facility.

What safety systems are included in modern closed die forging pressures? 

Today’s presses offer safety features such as guarded zones, two-hand control systems, and emergency stops, standard across our closed die forging press line. Automation integration further reduces operator exposure while improving cycle consistency.