ÂÌñÏׯÞ

Published

Advanced infusion fabrication aptitude from concept to final part

CAMX 2025: Design Concepts invites attendees to learn more about its comprehensive infusion part fabrication capabilities, spanning design, engineering, tooling and composite parts manufacturing.

Share

Design Concepts’ pumpkin mold (left), including an FST Simulator mockup (right), highlights the company’s capabilities. Source (All Images) | Design Concepts

Design Concepts (Sarasota and Cape Coral, Fla., U.S.) spotlights its advanced infusion part fabrication capabilities. This is an increasingly in-demand process that enables manufacturers to produce lightweight, high-strength fiberglass and carbon fiber parts with optimal consistency and reduced waste. Infusion supports tight control over resin content, improved surface finish and labor efficiency, making it ideal for both structural and cosmetic components across marine, transportation, simulation and industrial markets.

This capability is a key pillar of Design Concepts’ vertically integrated model, which spans design, engineering, tooling and composite parts manufacturing. The company works with customers from initial concept through final production, helping streamline development cycles and simplify supply chains.

With more than 40 years of experience in the composites industry, Design Concepts operates seven five-axis CNC mills and two three-axis routers to support precision tooling and part fabrication. The company specializes in CNC plugs, composite molds (both open and closed) and direct-to-mold solutions. Additional services include CAD design and engineering, plug and mold building, digitizing and reverse engineering, scale models, first article and prototypes, to full-scale composite part production.

Design Concepts also serves as a trusted private-label manufacturing partner, producing fiberglass and carbon fiber components for OEMs in industries such as marine, wind energy, aerospace, military, transportation, entertainment and simulation. While the company does not focus on flight-critical aerospace structures, it can deliver high-quality, non-structural components and tooling for the sector.

Design Concepts invites attendees to explore how its infusion capabilities, combined with deep technical knowledge and in-house production infrastructure, help reduce time to market and elevate composite part performance.

Related Content

Related Content

Carbon Fibers

Carbon fiber satellite arm reduces weight, simplifies assembly onto naval vessels

Satcom developer EM Solutions partnered with ACS Australia to replace an aluminum arm design with a 65% lighter, one-piece, corrosion-resistant carbon fiber/epoxy alternative.

Read More
Application

Modular, curved racing track design enabled by composites and adaptive molds

X-Track worked with bespline to develop an easy-to-install, reusable, customizable composite sandwich panel alternative to dirt BMX and motorcross tracks.

Read More
Wind/Energy

We4Ce infused 2.5-3-MW rotor blade design passes validation test

Composite rotor blade structure design by We4Ce, mold and prototype production by InDutch Composites and fatigue testing by Suzlon Group has resulted in the novel blade’s IEC61400-5:2020 certification.

Read More
RTM

Cannon introduces in-line resin degassing unit for infusion, RTM and pultrusion processes

Fully automatic system for processing large composite structural parts reduces overall degassing time in a single compact unit.

Read More

Read Next

Core

Cutting 100 pounds, certification time for the X-59 nose cone

Swift Engineering used HyperX software to remove 100 pounds from 38-foot graphite/epoxy cored nose cone for X-59 supersonic aircraft.

Read More
Application

Scaling up, optimizing the flax fiber composite camper

Greenlander’s Sherpa RV cab, which is largely constructed from flax fiber/bio-epoxy sandwich panels, nears commercial production readiness and next-generation scale-up.

Read More
Aerospace

Next-gen fan blades: Hybrid twin RTM, printed sensors, laser shock disassembly

MORPHO project demonstrates blade with 20% faster RTM cure cycle, uses AI-based monitoring for improved maintenance/life cycle management and proves laser shock disassembly for recycling.

Read More