Carbon Fiber Composite Manufacturing Lightweight. Strong. Production-Ready.
Carbon fiber composites deliver unmatched strength-to-weight ratio, premium aesthetics, and durability.
What is Carbon Fiber Composite?
Carbon Fiber Reinforced Polymer (CFRP) is made by combining carbon fibers with a polymer resin matrix (usually epoxy). Compared to metals, CFRP offers:
High strength & stiffness with low weight
Customizable fiber orientation for directional strength
Corrosion and fatigue resistance
Premium surface finish with visible carbon weave
What is Advantage of CFRP?
Ultra-lightweight — Density ~1.5 g/cm³ (40% lighter than aluminum)
Superior strength-to-weight ratio — stronger than steel at a fraction of the weight
Tunable performance — ply schedule can reinforce specific load directions
Durable & corrosion resistant — ideal for outdoor and marine environments
Premium look & feel — 3K twill or plain weave with glossy or matte finish
The Carbon fiber composite process
Custom Carbon Fiber Parts with light weight and high performance strength
Making the mold >>
Depending on the quantity and precision requirements, the mold is made using CNC machining or 3D printing.
Cut & lay the carbon fiber onto the mold >>
The carbon fiber fabric is cut according to the size of the part and laid onto the mold.
Vacuum & Forming >
It is then placed into a vacuum bag and epoxy resin is injected, ensuring the fabric layer bonds and cures fully.
One-Stop Service: From Rapid Prototyping to Mass Production
Taking your design from early-stage testing to full-scale production has never been easier. With our wide range of capabilities, we support your journey from prototyping to mass manufacturing. Let us be the backbone of your success and your trusted one-stop partner
Early Development: 3D Pritning, CNC Machining
– Quick-turn parts to validate fit, form, and function at the earliest design stages.
Mid Development: Sheet Metal Fabrication, Vacuum casting
– Highly representative models that balance aesthetics and functionality for deeper design validation.
Production: Die Casting, Metal Casting, Injection Molding, Vacuum Forming
– Production-quality parts ready for testing, bridge runs, and full-scale manufacturing.
Why IN3DTEC For Your Prototypes and on-demand production?
From idea to production, we help you get there faster.
100,000 +
– Parts sheet metal parts produced each year.
89+
– Countries served
Broad Material Options
– 10+ metal materials.
Fast Turnaround
– Speed without compromising quality.
Expert Support
– Design optimization & engineering guidance.
Strict Quality Control
– Certified processes, reliable results.
Scalable Production
– From prototypes to mass production.
Global Service
– Worldwide delivery & logistics support.
Competitive Pricing
– Flexible and cost-effective solutions.
“IN3DTEC is a wholly trusted partner. They help us develop new products more efficiently and quickly. High-quality products and competitive prices are also why we recommend them to more people.” Luis Ford at Leica Medical Product Design Team
Excellent 4.9 out of 5 
Applications: Our sheet metal parts are widely used in:
Electronics: enclosures, housings, EMI shielding
Medical: equipment housings, stainless steel fixtures
Consumer Goods: furniture components, decorative finishes
Automotive: brackets, chassis, interior panels
Aerospace: structural parts, ducts, mounts
Industrial: custom machinery covers, protective guards
Gallery Of Carbon Fiber Composite
Surface Finishes For Carbon Fiber Parts
Improve durability and performance with a selection of finishes
Glossy UV Coating
Metal Insert
Color Painting
Electroplating
How to Work With
Simply upload your CAD files.
Get real-time pricing and DFM insights within seconds. Or ask for manual design help.
Once your order is placed, we’ll begin production right away, and you can track and manage it anytime from your dashboard.
Partnering with FedEx, DHL, and UPS, we deliver your parts fast and on time, worldwide.
Q & A
A: Typically 15–25 copies, depending on geometry and resin type.
A: Low cost, fast turnaround, excellent surface quality, and suitability for small-batch production.
A: Automotive, consumer electronics, medical devices, robotics, and industrial design prototyping
A: Typically ±0.3 mm / 100 mm(Min. +/-0.3mm), depending on size and geometry.
A: Yes, both tinted and fully transparent finishes are available, with painting or polishing if needed.
A: Polyurethane resins simulating ABS, PP, PC, PMMA, Rubber (shore A 30–95), and transparent materials.


English
Deutsch
Español
Français
Italiano
日本語
Русский
中文