

Custom Carbon Fiber Medical Device Components
Medical-grade carbon fiber components manufactured for imaging equipment, surgical instruments, and patient support systems. Carbon fiber's radiolucency (X-ray transparency) and high strength-to-weight ratio make it ideal for CT scanner beds, wheelchair frames, surgical robot arms, and MRI-compatible accessories. Biocompatible resin systems available.
Key Features
Applications
Specifications
- Carbon Grade
- T700 / T300
- Resin System
- Medical-grade epoxy / PEEK
- X-Ray Transparency
- > 95% (no artifacts)
- Sterilization
- Autoclave / ETO / Gamma
- Surface Finish
- Smooth medical-grade coating
Usually respond within 24 hours
Frequently Asked Questions
What is the minimum order quantity for carbon fiber products?
What color and finish options are available?
What is the typical lead time?
Related Articles

Filament Wound Epoxy Tubes Disadvantages: Limitations and Failure Modes
Filament wound epoxy tubes are everywhere in pressure service, drive shafts, tooling spars and FRP piping — wound from continuous roving onto a rotating mandrel and cured into thin-walled anisotropic cylinders with excellent axial stiffness per gram. Their disadvantages are equally structural, and t

Carbon Fibre Suppliers Near Me: Complete Guide
Searching for carbon fibre suppliers near me usually returns a mix of stockists, fabricators and manufacturers, and the right choice depends entirely on what you are buying. A local stockist can cut a carbon fibre tube or plate to length the same day, a fabricator can build a custom part from raw ma

Carbon Fibre Sheet Price: Complete Guide
Carbon fibre sheet price is quoted per square metre, per sheet or per kilogram, and the number varies by a factor of ten depending on thickness, weave, fibre grade and how the sheet was manufactured. A 1 mm cosmetic sheet costs a fraction of a 5 mm aerospace-grade plate, yet both are called carbon f

Filament Wound Epoxy Tubes Advantages: Over Metal and Pultruded Alternatives
Filament wound epoxy tubes are manufactured by winding continuous carbon or glass fiber, impregnated with epoxy resin, onto a rotating mandrel at controlled angles. The process is one of the oldest and most reliable in composite manufacturing, and its advantages over metal tubes — and over pultruded

Filament Wound Epoxy Tubes: Mechanical Properties and Material Data Sheets
Filament wound epoxy tubes properties determine whether a lightweight tube can carry a drive torque, hold internal pressure, or resist bending on a long span. A filament wound epoxy tube is built by winding continuous glass, carbon, or aramid fibers around a rotating mandrel at a controlled angle wh

Filament Wound Epoxy Tubes: Industry Standards and Compliance Requirements
Filament wound epoxy tubes standards exist because a composite pipe is only as trustworthy as the specification it was built to. A filament wound epoxy tube carries pressure, resists corrosion, and often supports its own weight across long spans, so the industry has developed a layered set of norms