Background ImageBackground Image

Composite Forming Press Systems

Accudyne manufactures high-performance composite forming presses engineered for the demanding requirements of advanced material manufacturing. Our systems provide the precise pressure and temperature control needed for high-strength, lightweight structural components used in critical applications.

Accudyne Engineering manufactures custom composite forming presses for aerospace, defense, automotive, and other advanced manufacturing industries. These systems are designed for processing thermoset and thermoplastic resins and can include high-tonnage capacities from 15 to over 3,000 tons, heated platens, vacuum-capable configurations, and advanced PLC controls for consistent thermal distribution and cycle repeatability.

Background ImageBackground Image

Precision Control for Complex Composites

Manufacturing primary and secondary structures for aerospace, defense, and other advanced industries requires equipment that can handle the unique demands of composite intermediaries, preforms, and curing cycles. Accudyne systems are engineered to support quality and consistency through every stage of production.

Side view of a multi-daylight heated platen press system featuring multiple heated platens, integrated thermal piping, and automated material handling. The industrial press is designed for high-volume compression molding, composite manufacturing, and rubber processing applications requiring precise temperature control and efficient production cycles.Side view of a multi-daylight heated platen press system featuring multiple heated platens, integrated thermal piping, and automated material handling. The industrial press is designed for high-volume compression molding, composite manufacturing, and rubber processing applications requiring precise temperature control and efficient production cycles.

Precision Parallelism

Specialized ram and bed designs help maintain tight tolerances across large platen areas.

Touchscreen HMI displaying the temperature control interface for an Accudyne hydraulic press system. The interface shows real-time heating zone temperatures, heat profiles, temperature averages, and process controls used to manage precision heating for composite and rubber molding applications.Touchscreen HMI displaying the temperature control interface for an Accudyne hydraulic press system. The interface shows real-time heating zone temperatures, heat profiles, temperature averages, and process controls used to manage precision heating for composite and rubber molding applications.

Thermal Management

Integrated heating and cooling systems designed to support precise resin curing cycles and material

Advanced Cycle ProgrammingAdvanced Cycle Programming

High-Vacuum Environments

Options for vacuum chambers or localized sealing systems to reduce air entrapment and improve part integrity. 

Close-up of an automated multi-roll conveyor and transfer system used with an industrial hydraulic press. The equipment features powered rollers, chain-driven transport, precision alignment mechanisms, and integrated automation for handling large composite or rubber molding tools.Close-up of an automated multi-roll conveyor and transfer system used with an industrial hydraulic press. The equipment features powered rollers, chain-driven transport, precision alignment mechanisms, and integrated automation for handling large composite or rubber molding tools.

Automated Handling

Integration with material loaders, shuttle systems, and related automation to improve throughput and production efficiency.

Hydraulic Machinery

Process Control Upgrades – Accudyne Hydraulic Presses

Custom Specifications for Structural Forming

We engineer composite presses around your specific part geometry, resin system, and production goals, moving beyond the limitations of standard general-purpose machinery.

  • Tonnage Range: Custom force configurations from 15 tons to 3,000+ tons.
  • Platen Dimensions: Bed sizes ranging from compact lab units to large-scale 98 in. x 60 in. working areas.
  • Heating Methods: Electric, hot oil, or steam heating options for platens up to 1,700°F and above.
  • Press Architectures: Choice of 4-column, slab-side, or housing-type designs to optimize rigidity and deflection control.
  • Process Controls: Advanced data acquisition and PLC systems, including platforms such as Allen-Bradley, for real-time monitoring and cycle repeatability.
Background ImageBackground Image

Supporting Critical Infrastructure 

Accudyne’s composite forming technology supports manufacturers that prioritize weight reduction, structural integrity, and material consistency in demanding production environments. 

Aerospace & Defense

white plane icon

Structural airframe components, ballistic panels, and missile fairings.

Automotive & EV

Lightweight body panels, chassis components, and battery enclosures.

Medical Devices

White Medical Devices Icon

Specialized bonding and lamination for high-precision diagnostic equipment and related assemblies.

Research & Labs

Scalable R&D presses for evaluating new resin systems, fiber reinforcements, and forming methods. 

Engineering FAQ

Does Accudyne support both thermoset and thermoplastic forming?

Yes. Our systems are engineered to handle the different heating and cooling profiles required for both thermoset resins and high-temperature thermoplastics. 

Can automated part-handling systems be integrated?

Yes. We offer custom automation solutions, including shuttle tables and robotic interfaces, to improve return on investment and reduce unit costs. 

What level of thermal uniformity can be achieved?

Through multi-zone heating and precision-drilled platens, we engineer thermal performance around your curing and processing requirements to support tight, repeatable results. 

Background ImageBackground Image

Ready to Review Your
Process Requirements?

The fastest way to move from concept to an engineered solution is to provide our team with your technical specifications for review.