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Advanced Composite Engineering Solutions

Engineering Excellence, Optimized for Performance

Engineering Innovation at Every Level

RAMPF delivers composite engineering services that enable high-performance structures across aerospace, defense, and industrial applications. Designed for maximum strength-to-weight efficiency, advanced durability, and design precision, these solutions are trusted by industry leaders requiring mission-critical performance.

Services span the full engineering lifecycle—from Finite Element Analysis (FEA) and 3D modeling to tooling development and process optimization—all executed with advanced software, vertically integrated systems, and a commitment to production-readiness.

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Your Key Benefits

Lighter, Stronger Composites – Reduce weight without sacrificing strength for better fuel efficiency and durability.
Seamless End-to-End Engineering – From FEA to final production, all engineering is handled in-house for speed and precision.
Manufacturing-Optimized Designs – DFM & DFC strategies ensure scalability, reduced waste, and streamlined production.
Industry-Proven Expertise – Trusted for high-performance, mission-critical composite structures for leading aerospace, defense, and industrial innovators.
Custom Services, No Waste – Choose only what you need, from concept design to full-scale production.

Advanced Composite Engineering Capabilities

When it comes to composite engineering, precision and efficiency matter. RAMPF enables manufacturers to solve engineering challenges related to weight, cost, scalability, and performance through a comprehensive set of capabilities.

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Finite Element Analysis (FEA) with NX Nastran: Advanced simulations using NX Nastran optimize structural performance before production. FEA identifies stress concentrations, enhances durability, and improves load distribution.
3D Modeling & Advanced Design Software: Using tools like CATIA V5 and SolidWorks, complex geometries are modeled and refined for precise fit, manufacturability, and performance in real-world conditions.
In-House Tool Design & Manufacturing: Tooling is designed and built internally, reducing lead times and ensuring part accuracy, compatibility, and quality control throughout production.
Tailored Fiber Placement (TFP): TFP technology maximizes fiber efficiency by aligning reinforcement with load paths, creating lighter, stronger components while minimizing waste.
DFM & DFC – Engineering for Efficiency: Design for Manufacturing (DFM) and Design for Composites (DFC) approaches reduce complexity and cost while ensuring efficient, high-quality production.
Process Engineering, Development & Documentation Engineering workflows are fully documented, enabling regulatory compliance and seamless integration into customer operations and product lifecycles.
Comprehensive Product Design Support: Engineering support extends to product design, helping transform concepts into manufacturable, performance-optimized composite solutions

Markets & Applications

Medical

UAVs & Drones

Partnering for Smarter Composite Engineering

RAMPF drives innovation in composite engineering through expertise, precision, and a fully integrated development process. Whether the challenge involves structural analysis, tailored fiber placement, or efficient part manufacturing, solutions are tailored for performance, speed, and scalability.

Enabling the next generation of lighter, stronger, and smarter composites—built for real-world performance.

Global Support. Anytime. Anywhere.

Tony Karadimas

Business Development Manager

Phone: Tel: +1 416-500-2197 Contact now!