Concept Consulting Engineering Manufacturing Marketing
We design and engineer a wide range of carbon fiber components, including:
Every design is developed with material behavior, process limitations, and cost efficiency in mind—never as a purely visual exercise.
Our design services combine creative surface development with engineering-driven decision making, ensuring designs can move seamlessly into prototyping and production.
Design at JCSPORTLINE is never isolated from engineering or manufacturing.
Our carbon fiber design services are closely integrated with:
Engineering & DFM evaluation to identify risks early
Prototype development for fitment, surface, and functional validation
Manufacturing support to ensure smooth production handoff
This integrated approach reduces redesign cycles, shortens development timelines, and improves production success rates.
👉 Related services:
Learn more about our capabilities and production processes by watching our factory tour video on YouTube.
High-performance body kits, aerodynamic parts, and exterior upgrades.
Racing seats, sport steering wheels, aero kits for track-focused vehicles.
Lightweight boards, paddles, trekking poles, and adventure equipment.
Premium furniture, luxury accessories, and stylish carbon fiber goods.
Lightweight carbon composite parts for aircraft, UAVs, and high-performance drones.
Lightweight wheelchairs, frames, and medical assistance devices.
Fairings, exhaust covers, and exterior upgrades for motorcycles.
Designed for a wide range of water sports, including surfboards, fins, and more, our Carbon Fiber Marine Series delivers lightweight, high-strength solutions for optimal performance and durability on the water.
Engineered for cutting-edge electronics, our Carbon Fiber 3C Series combines lightweight strength and sleek design, enhancing the performance, durability, and aesthetics of your devices.
OEM/ODM tailored carbon fiber solutions for all industries.
Depending on project scope, our carbon fiber design services can include:
3D CAD files (STEP / IGES formats) 3 d
2D technical drawings
Material and process recommendations
Layup and structural design guidance
Production-oriented design notes
All deliverables are prepared to support real manufacturing conditions, not just conceptual visualization.
Beyond our core carbon fiber manufacturing capabilities, JCSPORTLINE can support nearly any carbon-fiber requirement—from complex geometries to highly cosmetic surfaces—using custom lay-ups, specialty resins, and a full suite of finishing and bonding processes.
Process
Autoclave curing (Prepreg carbon)
Material
3K carbon fiber + high-temperature epoxy resin
Surface finish
Gloss or matte clear coat (UV-resistant)
Industry
Automotive / Performance aftermarket
Process
Compression molding / Hand lay-up composite forming
Material
Toray 3K carbon fiber fabric + flexible resin system
Surface finish
Gloss or matte clear coat (UV-resistant, anti-scratch)
Industry
Freediving / Spearfishing / Water sports equipment
Process
Autoclave curing + CNC-trimmed composite assembly
Material
Prepreg 3K carbon fiber + PMI/PU structural core
Surface finish
High-gloss or matte nano-coated finish
Industry
Water sports / Electric surfboard manufacturing
Process
Compression molding / Hand lay-up precision forming
Material
3K carbon fiber composite (lightweight + high-rigidity)
Surface finish
Matte or gloss clear coat (fingerprint-resistant, durable)
Industry
Consumer electronics / Gaming peripherals
Process
Autoclave-cured carbon fiber shell + CNC-machined aluminum mounting structure
Material
Prepreg 3K carbon fiber + high-strength alloy inserts
Surface finish
Matte or gloss clear coat
Industry
Motorsport / Racing simulation / Performance automotive
This global network strengthens every stage of your development:
• Faster communication and immediate technical responses
• Localized after-sales support in Europe, North America, and Canada
• Engineering collaboration between overseas experts and Chinese R&D
• More accurate data through 3D scanning, CFD, and structural analysis
• A seamless link between your market needs and factory-level execution
Design decisions are always based on composite behavior, not metal logic.
Every design considers tooling, process, and scalability.
From performance automotive to medical and marine applications.
Fewer surprises, fewer redesigns, faster progress.
Tell us about your concept, performance goals, and production expectations.
Our team will help you evaluate feasibility and define the right design path forward.
Our engineers will review your concept and provide materials, structure, and feasibility suggestions.