Under 100 Ton Hydraulic Press Designs

Our approach to custom designing a hydraulic press starts with learning more about your business and manufacturing processes so we can work together to create a press with capabilities tailored to your needs.

French hydraulic press engineers specialize in providing heavy duty stand-alone presses and press systems with variety of features including platen heating/cooling choices and advanced control systems to improve part quality and lower life-cycle costs.

100 Ton and Under Hydraulic Press Features Can Include:

  • Sideplate or column construction
  • Compression molding, transfer molding, vacuum molding and laminating styles available
  • Upacting or downacting with multiple daylights
  • Multi-zone heating and/or cooling platens
  • Automation features including shuttle systems and loading/unloading systems
  • Precision control packages
  • Built-in lift tubes facilitate ease of placement and relocation

Related Case Studies

Compaction Press Produces Consistent High Quality PTFE Products
Read how the 30 ton hydraulic press down-acting compaction press was custom engineered for a customer molding Teflon seals. To accommodate the customer’s floor space concerns, our engineers designed the press as a single integrated unit to conserve space with built-in lift truck tube features for easy placement in the customer’s facility.

New Vision Series Vacuum Hydraulic Press For Quality Composite Molding Part Production
The 50 ton hydraulic press model, features electrically heated platens with a steady state working temperature of 500° F.  The platens are also further drilled for water cooling circulation. Read more for additional features.

French Vision® Series Hydraulic Press Increases Production Rates & Reduces Energy Consumption
Learn how French recently custom designed a Vision Series Hydraulic Press with a 75-ton high temperature heating press and a 30-ton cooling press integrated with a central hydraulic and electrical system. Separating the heating and cooling press units gives the customer two improvements to their molding process, increased production and reduced energy consumption.