HYSON | Advanced Systems

High force solutions designed to your specifications, including ½ ton, 1 ton, 3 ton, 6 ton Manifolds, Di-Dro Systems and CS2 Controllable Springs.

Manifold Systems

High Force Manifold SystemHigh Force Manifold Systems

Nitro-Dyne® Manifolds boast the highest force providing the most productivity and performance from your press. Three cylinder models with stroke heights to 250 mm.

Nitro Dyne XP Manifold Cylinders and SystemsNitro-Dyne Manifold Systems

The most specified manifold system today. Charged to a maximum of 1500 psi, this system utilizes standardized cylinders and control panels mounted on a custom engineered plate. The plate is configured to provide a low force increase during its stroke, resulting in increased formability parameters for high volume or deeper drawn parts.

  • Five cylinder tonnages, from ½ to 6 tons initial contact.
  • Five cylinder profiles available to meet shut height requirements.


For high-volume and/or high-speed production, this system provides all the features of a standard Nitro-Dyne system with the addition of dynamic lubrication.

  • Provides continual lubrication as oil is sprayed on the cylinder wall with every stroke of the press.
  • Available for upper and lower mounted dies.
  • Five cylinder models available from ½ to 6 tons
Pad Delay Systems

Hydraulic force system, custom or modular for metal forming applicationsDi-Dro Advanced Forming Systems

This custom-engineered system can be designed as a modular system or a manifold style.  Di-Dro Advanced Hydraulic Solutions is designed to a maximum of 4000 psi, generating the highest force per area of any pad delay system.

  • Provides constant force throughout the stroke.
  • Pad delay can be activated manually or with an electric or pneumatic signal.
  • Can be used in an upper and lower application.

CS2 Controllable Gas Spring Series

The CS2 family of controllable gas springs allows you to lock the gas spring at bottom dead center, thus delaying the pad, and return the spring by actuating a pneumatic valve.

  • Four models with contact forces from 1.6 to 8.4 tons.
  • Stroke lengths from 4 to 160 mm.
  • Standard and positive lock systems.