Pourquoi les clients nous choisissent :
- Fabricant-Contrôle direct
- Soutien à l'ingénierie
- Une qualité constante
- Délai de livraison fiable
We specialize in custom carbon fiber parts and carbon fiber fabrication, providing end-to-end OEM and ODM manufacturing services for industrial and commercial applications.
From custom cut carbon fiber sheets to fully engineered structural components, we support projects from early-stage prototyping to stable mass production.
Whether you require precision cutting, composite fabrication, or long-term OEM carbon fiber solutions, our engineering-driven process ensures reliable quality, consistent performance, and predictable lead times.
Capabilities at a glance:
Fabrication · CNC & Laser Cutting · Composite Manufacturing · OEM / ODM Support
Materials & Customization Options
To support a wide range of custom carbon fiber fabrication projects, we offer flexible material and structural options.
All materials and configurations can be customized according to drawings or confirmed specifications.
Custom Carbon Fiber Materials & Options Overview
| Category | Options Available | Description | Related Products |
|---|---|---|---|
| Fiber Types | Fibre de carbone | High strength-to-weight ratio, widely used for structural and functional parts | Tiges en fibre de carbone / Carbon Fiber Sheets / Carbon Fiber Plates |
| Carbon Kevlar (Carbon–Aramid Hybrid) | Improved impact resistance and durability | Tubes en carbone-kevlar | |
| Fibre de verre | Cost-effective composite option | Tubes en fibre de verre & Rods | |
| Systèmes de résine | Epoxy Resin | Excellent mechanical properties and dimensional stability | Feuilles de fibre de carbone |
| Weave Styles | Twill Weave | Balanced strength and premium surface appearance | Panneaux en fibre de carbone |
| Plain Weave | Uniform strength and stable geometry | Plaques en fibre de carbone | |
| UD (Unidirectional) | Strength optimized in a specific load direction | Tubes en fibre de carbone | |
| Laminate Thickness | Custom thickness | Defined by layer count and application requirements | Carbon Fiber Sheets / Plates |
| Layer Structure | Single-layer to multi-layer | Custom ply orientation and stacking sequence | Tiges en composite |
| Core Options | Foam Core | Lightweight sandwich structures | Panneaux en fibre de carbone |
| Honeycomb Core | Rapport rigidité/poids élevé | Panneaux en fibre de carbone | |
| Finition de la surface | Gloss / Matte | Cosmetic and visible carbon fiber parts | Pièces forgées en fibre de carbone |
| Raw Weave | Functional parts with natural weave | Bandes en fibre de carbone | |
| Paint-Ready | Secondary coating or painting | Supports en fibre de carbone | |
| Special Structures | Forged Carbon Fiber | Complex geometries and distinctive appearance | Pièces forgées en fibre de carbone |
| Channels & Brackets | Mounting and structural profiles | Canaux en fibre de carbone / Brackets |
What We Can Customize
Custom Parts / Fabrication
We provide flexible custom carbon fiber fabrication services covering a wide range of part types and production volumes.
All components are manufactured according to customer drawings or confirmed specifications, supporting both prototype development and mass production programs.
Our customization scope includes:
- Custom carbon fiber parts, such as brackets, covers, panels, housings, and structural components
- Custom cut carbon fiber sheets and plates, cut to exact dimensions
- Custom carbon fiber tubes, including round, square, rectangular, and tapered designs
- Custom carbon fiber panels and sandwich structures for lightweight and rigid applications
- Flexible production volumes from small batch prototyping to long-term mass production
This approach allows customers to consolidate fabrication, cutting, and finishing with one qualified manufacturing partner.
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Custom Carbon Fiber Parts Overview
| Part Type | Typical Process | Best For | Notes |
|---|---|---|---|
| Custom Carbon Fiber Parts | Prepreg layup, CNC machining | Structural & functional components | Designed per drawing, supports inserts and assemblies |
| Custom Cut Carbon Fiber Sheets | CNC / Laser / Waterjet cutting | Flat panels, covers, enclosures | Tight tolerances, clean edges, fast lead time |
| Custom Carbon Fiber Tubes | Filament winding / layup + machining | Frames, supports, load-bearing structures | Round, square, tapered, or custom profiles |
| Carbon Fiber Plates & Panels | Lamination + precision cutting | Equipment panels, mounting surfaces | Thickness and layup fully customizable |
| Panneaux sandwich en fibre de carbone | Composite layup + core bonding | Lightweight, high-stiffness applications | Foam or honeycomb core options available |
| Prototype & Small Batch Parts | Flexible fabrication processes | Product validation and testing | Low MOQ, engineering feedback included |
| Mass Production Components | Standardized fabrication workflow | Stable supply programs | Consistent quality and repeatability |
Solutions en fibre de carbone pour différents Application
Flèches en carbone, queues de billard, fûts de hockey, fûts de crosse et composants sportifs en PRFC
Produits OEM en fibre de carbone et en matériaux composites fabriqués pour la rigidité, la réduction du poids et les applications d'équipement sportif axées sur la performance.
Perches de nettoyage, perches d'inspection, outils de terrain et composants composites télescopiques
Produits légers et durables en fibre de carbone optimisés pour la portabilité, la portée et la fiabilité opérationnelle des outils d'extérieur.
Cadres de drones, bras, trains d'atterrissage et composants structurels légers
Structures en fibre de carbone haute résistance conçues pour optimiser le rapport poids/résistance dans les applications de drones et d'UAV.
Bras de robot, flèches, liaisons structurelles et composants personnalisés en PRFC
Pièces composites fabriquées avec précision et conçues pour assurer la rigidité, la stabilité dimensionnelle et les performances dynamiques des systèmes robotiques.
Renforts structurels, pièces d'habillage intérieur et composants en PRFC sur mesure
Solutions en fibre de carbone axées sur la réduction du poids, l'intégration fonctionnelle et la durabilité pour les applications automobiles et de mobilité.
Inserts de protection, casques, panneaux de renforcement et composants composites résistants aux chocs
Fibre de carbone et pièces composites conçues pour la protection, l'intégrité structurelle et les applications critiques en matière de sécurité.
Perches de nettoyage, perches d'inspection, outils de terrain et composants composites télescopiques
Produits légers et durables en fibre de carbone optimisés pour la portabilité, la portée et la fiabilité opérationnelle des outils d'extérieur.
Manufacturing Capabilities
Our manufacturing capabilities cover the full scope of carbon fiber fabrication, cutting, machining, and composite processing, allowing us to support both prototype development and long-term production programs.
By integrating cutting, machining, and composite fabrication under one roof, we ensure better dimensional control, consistent quality, and shorter lead times for custom carbon fiber parts.
Cutting Services
We provide multiple cutting technologies to support custom cut carbon fiber components with different thicknesses, geometries, and performance requirements.
CNC Cutting (Computer Numerical Control Cutting)
Ideal for high-precision cutting of carbon fiber sheets, plates, and panels with tight dimensional control.Laser Cutting (Laser Cutting Service)
Suitable for complex profiles and fine features, widely used in OEM carbon fiber laser cutting service projects requiring clean edges and repeatability.Waterjet Cutting (Waterjet Cutting)
Used for thicker laminates and applications where thermal impact must be minimized.
Tolerance Control:
Cutting tolerances are defined according to customer drawings and application needs.
Typical achievable tolerance: ±0.1 mm, depending on material thickness, process, and geometry.
Machining & Finishing
For components that require assembly, fastening, or cosmetic requirements, we offer comprehensive carbon fiber machining and finishing services.
CNC Machining (Computer Numerical Control Machining) for precision features
Drilling, countersinking, slotting, and edge profiling
Installation of threaded inserts and metal fasteners
Secondary machining after laminate fabrication
Surface Finishing Options:
Gloss finish
Matte finish
Raw weave appearance
Paint-ready surface preparation
These processes ensure that custom carbon fiber parts are ready for direct integration into customer assemblies.
Composite Fabrication
Beyond cutting and machining, we operate as a carbon fiber fabrication manufacturer, capable of producing structural composite components.
Prepreg Layup (Pre-impregnated Carbon Fiber Layup)
Enables precise fiber orientation and consistent resin content for high-performance parts.Vacuum Bagging (Vacuum Bagging Process)
Improves laminate consolidation and surface quality.Oven Curing
Controlled curing to achieve stable mechanical properties.Compression Molding (Compression Molding)
Suitable for repeatable production parts with consistent geometry.Filament Winding (Filament Winding)
Used for manufacturing custom carbon fiber tubes and structural profiles, offering excellent strength-to-weight performance.
Fabrication processes are selected based on structural requirements, part complexity, and production volume.
How We Control Custom CFRP Manufacturing Process
OEM & Custom Carbon Fiber Fabrication Process
We provide structured custom CFRP manufacturing services, supporting customers from initial concept validation to long-term mass production.
1. Initial Inquiry & Requirement Review
Customers share project requirements, drawings, or samples for initial evaluation.
This step helps us understand application needs, performance targets, and expected quantities.
2. Drawing or Sample Submission
Technical files or physical samples are submitted for detailed review.
Accepted formats include STEP, STP, IGES, DWG, and PDF.
3. DFM Review (Design for Manufacturability)
Our engineering team conducts a DFM (Design for Manufacturability) review, evaluating material selection, laminate structure, tolerances, and fabrication feasibility.
Optimization suggestions may be provided to balance performance, cost, and production efficiency.
4. Process Definition & Quotation
Based on the DFM outcome, we define the fabrication process and issue a detailed quotation covering:
Recommended materials and manufacturing methods
Unit pricing based on order quantity
MOQ (Minimum Order Quantity)
Estimated lead time for prototypes and mass production
5. Prototype Fabrication
Prototype parts are manufactured for functional testing, fit verification, or visual evaluation.
This stage validates both design intent and manufacturing process.
6. Prototype Approval & Production Planning
After prototype approval, production parameters, quality standards, and batch planning are finalized to ensure repeatability in mass production.
7. Mass Production
Manufacturing is carried out under controlled and repeatable conditions, ensuring consistency in material quality, dimensions, and surface finish across batches.
8. QC, Packing & Shipping
This structured OEM/ODM workflow ensures transparency, engineering control, and reliable execution throughout the entire carbon fiber fabrication process.
Quality & Inspection
Quality control is integrated into every stage of our custom carbon fiber fabrication process to ensure dimensional accuracy, surface consistency, and batch-to-batch reliability.
Dimensional Inspection
Dimensions and tolerances are inspected according to approved drawings and specifications, ensuring proper fit and assembly compatibility.
Appearance Inspection
Visual checks are performed to verify surface finish, weave alignment, edge quality, and cosmetic requirements for visible carbon fiber parts.
Export Packaging
Parts are packed using export-grade packaging methods to prevent damage during international transportation.
Material Traceability
Raw materials and laminate batches can be traced and documented when required, supporting OEM projects and repeat production programs.
Case Examples
Below are selected examples demonstrating how we support customers with custom carbon fiber fabrication and OEM solutions.
Case 1: Custom Cut Carbon Fiber Panels for Equipment Enclosure
Challenge:
The customer required lightweight yet rigid carbon fiber panels for an industrial equipment enclosure, with tight dimensional tolerances and clean edges for direct assembly.
Solution:
We selected laminated carbon fiber sheets and applied CNC cutting combined with secondary edge finishing to achieve precise dimensions and smooth edges.
Result:
The final panels met all dimensional requirements, reduced overall enclosure weight, and were delivered on schedule for pilot production.
Case 2: Carbon Fiber Tubes for Structural Frame
Challenge:
A customer needed custom carbon fiber tubes for a structural frame, requiring high stiffness, consistent wall thickness, and repeatable geometry.
Solution:
Filament winding and controlled curing were used to manufacture custom tube profiles, followed by CNC machining for interface features.
Result:
The tubes provided excellent strength-to-weight performance and dimensional consistency, supporting stable mass production.
Questions fréquemment posées
Can custom carbon fiber parts be made with 3K or 12K carbon fiber?
Yes. Custom carbon fiber parts can be manufactured using 3K or 12K carbon fiber, depending on structural and appearance requirements.
3K is commonly selected for finer surface appearance, while 12K is often used where thicker tows or different stiffness characteristics are acceptable.
Is T700 carbon fiber available for custom carbon fiber manufacturing?
Yes. T700 carbon fiber is commonly used in custom carbon fiber manufacturing for applications requiring a balance between strength, stiffness, and cost.
The final fiber grade is selected based on mechanical requirements and production considerations.
What is the difference between 3K carbon fiber and T700 carbon fiber?
3K refers to the tow size (number of filaments per bundle), while T700 refers to the carbon fiber grade.
A custom carbon fiber part can use T700 fiber in either 3K or larger tow formats depending on design and appearance needs.
Can custom carbon fiber parts be produced in different colors?
Yes. Custom carbon fiber parts can be supplied in black, colored, or tinted finishes, depending on resin systems, surface coatings, or cosmetic layers.
Color selection is typically driven by application requirements rather than structural performance.
What information is needed to request a quote for custom carbon fiber parts?
To start a quotation, suppliers typically need:
- A drawing, CAD file, or reference sample
- Intended application or usage environment
- Target quantity and delivery expectations
This information helps determine the most cost-efficient and reliable production solution.
Can custom cut carbon fiber sheets use 3K carbon fiber fabric?
Yes. Custom cut carbon fiber sheets can be manufactured using 3K carbon fiber fabric, especially when surface appearance is important.
Laminate thickness and internal layup can be adjusted independently of the outer fabric style.
Is woven or UD carbon fiber better for custom carbon fiber parts?
Both woven carbon fiber et UD carbon fiber are used in custom carbon fiber parts.
Woven fabrics are often chosen for balanced properties and appearance, while UD laminates are selected for directional strength and stiffness.
Does fiber appearance affect the strength of custom carbon fiber parts?
Fiber appearance (such as 3K twill or plain weave) has limited impact on strength compared to laminate design and fiber orientation.
Structural performance is primarily controlled by layup strategy rather than cosmetic fabric choice.
Can custom carbon fiber tubes be made with a glossy or matte finish?
Oui. Custom carbon fiber tubes can be supplied with either glossy or matte finishes, depending on surface coating and post-processing methods.
Finish selection does not significantly affect mechanical performance.
Can custom carbon fiber parts meet branding and appearance requirements?
Yes. Custom carbon fiber parts can be supplied with controlled weave patterns, matte or gloss finishes, painted surfaces, or protective coatings, making them suitable for consumer-facing and branded products.
Can custom carbon fiber parts combine different fiber types?
Yes. Custom carbon fiber parts can incorporate hybrid laminates, combining carbon fiber with fiberglass or aramid layers.
Hybrid construction is often used to balance stiffness, impact resistance, and cost.
Why choose custom carbon fiber parts instead of aluminum or plastic?
Compared with aluminum or plastic, custom carbon fiber parts offer:
- Lower weight than metal
- Better stiffness and durability than most plastics
- More premium appearance and design flexibility
This makes carbon fiber a preferred choice for performance-focused or brand-visible components.
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