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Accelerate Defense Composites Innovation

Fast & Cost-Efficient Composite Manufacturing with RAMPF

Develop lightweight, high-strength composite components faster, reduce program risk, and move efficiently from initial design to series production.

RAMPF combines advanced tooling materials, composite engineering, manufacturing, assembly, and quality assurance in one integrated offering. Defense manufacturers benefit from shorter development cycles, lower production costs, repeatable quality, and a reliable path from prototype to full-scale production.

Composite Solutions for Demanding Defense Applications

Modern defense programs require composite structures that combine low weight, high strength, dimensional accuracy, durability, and reliable performance under demanding operating conditions.

RAMPF develops and manufactures composite components and subsystems for:

  • Aircraft, unmanned aerial vehicles (UAVs), and advanced drone systems 
  • Flight simulators
  • Ships and marine systems
  • Land vehicles
  • Mission-critical components, including missile housings, radar enclosures, impact-resistant structures, and EMI-shielded composite assemblies

From engineering and material selection to manufacturing, assembly, and testing, RAMPF delivers integrated composite solutions designed for efficient development, reliable production, and consistent quality.

Your Benefits

Faster Development Integrated engineering, tooling, and manufacturing reduce coordination effort and accelerate the transition from design to production.
Lower Program Risk Early consideration of materials, tooling, and manufacturing requirements helps prevent delays, redesigns, and qualification challenges.
Reduced Production Costs Optimized materials and manufacturing processes lower waste, energy consumption, machining, and finishing requirements.
Scalable Manufacturing Processes are developed to support a reliable transition from prototyping to higher-volume production.
Repeatable Quality Advanced manufacturing technologies and comprehensive quality assurance ensure consistent component geometry and performance.
Mission-Ready Performance High-performance composite structures combine strength, low weight, durability, and resistance to demanding environments.

Global Support. Anytime. Anywhere.

Tony Karadimas

Business Development Manager

Tel: +1 416-500-2197 Jetzt anfragen!

Products, Technologies & Engineering Expertise

Composite Tooling

RAMPF’s polyurethane (RAKU® PUR) and epoxy (RAKU® POX) tooling materials help composite manufacturers shorten lead times, reduce costs, and improve manufacturing efficiency across every stage of production – from prototypes and patterns to molds, tools, and finished parts. The portfolio includes:

  • Polyurethane and epoxy tooling boards with excellent mechanical properties, dimensional stability, and high-quality surface finishes. Easy machining and compatibility with standard prepregs, release agents, and paints simplify production.
  • Close Contour materials available as CNC- or manually applied epoxy pastes, semi-finished polyurethane castings, and customized polyurethane and epoxy blocks for near-net-shape manufacturing and less milling.
  • Liquid polyurethane and epoxy systems for gelcoating, laminating, casting, and infusion applications, including aerospace-grade formulations with FST properties for demanding composite environments.

Composite Engineering

RAMPF provides a one-stop solution for the design, engineering, and manufacture of complex composite structures, combining advanced capabilities such as:

  • VARTM (Vacuum-Assisted Resin Transfer Molding)
  • Resin infusion
  • Tailored Fiber Placement (TFP)
  • Precision tooling
  • Metallization
  • Complete subassembly integration

This integrated approach ensures tight tolerances, repeatable quality, and scalable production, helping manufacturers accelerate development, reduce complexity, and maintain a competitive edge.

Why Defense Manufacturers Choose RAMPF

  • One partner from initial concept to finished composite structure
  • Integrated materials, engineering, tooling, and manufacturing expertise
  • Faster development and shorter production lead times
  • Lower costs through optimized materials and processes
  • Reduced program risk through early manufacturing involvement
  • Scalable processes from prototype to series production
  • Tight tolerances and repeatable component quality
  • Advanced infrastructure for complex components and subsystems
  • Comprehensive quality assurance and testing
  • Global technical support

Start your next composite project