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Carbon Fiber Layup
Custom woven and unidirectional carbon fiber layups for lightweight, high-stiffness components where fiber direction and structural performance are part of the design.
Carbon Fiber & Composite Manufacturing Montreal
Lightweight, High-Strength Carbon Fiber & Composite Parts.
Custom carbon fiber and composite manufacturing for robotics, aerospace, motorsports, marine, industrial equipment, and performance products. 3DRM Tech supports woven and unidirectional carbon fiber, wet layup, vacuum bagging, prepreg processes, composite tooling, and repeat production from our Montreal facility.
Carbon Fiber Layup
Vacuum Bagging
Prepreg
Composite Tooling
Low-Volume Production
Carbon Fiber
Woven and unidirectional reinforcement options
Multiple Processes
Wet layup, vacuum bagging and prepreg workflows
Tooling → Production
Molds, layup tooling and repeat composite runs
Montreal, QC
Canadian composite manufacturing partner
Custom Composite Fabrication
When strength matters—but every gram matters too.
Carbon fiber and composite materials are valuable when a component needs high stiffness, structural performance, and a strong strength-to-weight ratio without the mass of a conventional metal solution. That makes composites particularly useful for robotics, UAVs, motorsports, sporting equipment, marine applications, and other weight-sensitive systems.
3DRM Tech combines composites expertise with CAD design, 3D printing, CNC machining, and prototyping. That allows tooling, molds, interfaces, fixtures, and the final composite component to be developed as one connected manufacturing workflow.
Composite manufacturing is highly application-specific. Fiber orientation,
laminate type, process, tooling, geometry, loading, environment, finish,
and production quantity all influence the right approach.
Composite Manufacturing Capabilities
From one-off performance parts to repeat composite production.
The manufacturing method should match the structural, weight, geometry, finish, quantity, and performance requirements of the component.
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Wet Layup
Wet-layup composite fabrication for suitable custom parts, prototypes, tooling, and lower-volume applications where the process fits the geometry and performance requirements.
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Vacuum Bagging
Vacuum-bagged composite processing for improved laminate consolidation, controlled part formation, and applications requiring a more structured fabrication workflow.
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Prepreg Composites
Pre-impregnated composite processes for applications where controlled resin content, laminate quality, and repeatable high-performance construction are required.
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Molds & Layup Tooling
Develop the forms and tooling required to manufacture custom composite geometry, including layup molds for prototype and production workflows.
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Composite Production Runs
Repeat layup runs from finished production molds using carbon fiber, fiberglass, or hybrid laminates for consistent low-volume batches.
Composite Processes
Choose the layup process around the part.
There is no single “best” carbon fiber process. Geometry, structural requirements, finish, quantity, tooling, fiber architecture, and budget determine which method is appropriate.
Discuss Your Application →
Wet Layup
Useful for suitable prototypes, custom components, repairs, tooling and lower-volume composite work.
Vacuum Bagging
Applies vacuum during cure to consolidate the laminate and support a more controlled composite build.
Prepreg
Pre-impregnated reinforcement provides controlled resin content and is suited to demanding composite applications.
Woven & Unidirectional Fiber
Fiber architecture can be selected and oriented around structural direction, stiffness needs and the geometry of the component.
Composite Material Systems
Carbon fiber, fiberglass and hybrid laminates.
Material architecture should reflect the actual performance target. Different reinforcements and laminate combinations provide different tradeoffs in stiffness, weight, cost, impact behavior, finish, and manufacturing complexity.
The primary choice when lightweight stiffness and structural performance are central to the application.
A useful composite reinforcement for applications where composite geometry and performance are valuable without requiring carbon fiber for every layer or component.
Combine reinforcement strategies where the design calls for a tailored balance of stiffness, weight, performance, manufacturing requirements, and cost.
Why Use Carbon Fiber?
Performance where weight, stiffness and geometry compete.
Standard plastics or metals are not automatically wrong. Composites become attractive when the application benefits enough from their structural and weight characteristics to justify a composite manufacturing workflow.
Strength-to-Weight
Reduce component mass while maintaining useful structural performance for weight-sensitive systems.
Structural Stiffness
Carbon fiber can provide high stiffness for load-bearing parts, frames, panels, booms, mounts and performance components.
Fiber Direction
Composite laminates can be designed around the directions in which the component needs reinforcement.
Custom Geometry
Tooling and layup methods enable specialized shapes and lightweight structures that are difficult to achieve efficiently with conventional materials alone.
What We Build
Composite parts for real performance applications.
Robotics Components
Lightweight structural components, arms, brackets, gripper structures, plates and custom automation hardware.
UAV & Drone Structures
Carbon fiber airframe components, booms, mounting plates and lightweight structural parts for drone and aerospace development.
Motorsports Aero
Carbon fiber wings, splitters, diffusers, aero panels and lightweight performance components for motorsports applications.
Molds & Layup Tooling
Composite-production molds, layup tools and supporting tooling developed around the final part geometry.
Marine Components
Custom lightweight composite components, marine applications and composite repair work where the process is suitable.
Sporting Equipment
Carbon fiber components for bikes, paddles and performance gear where stiffness-to-weight can directly improve the product.
Lightweight Panels & Structures
Custom structural surfaces and components where reducing weight is part of the engineering objective.
Low-Volume Composite Parts
Repeat carbon fiber, fiberglass or hybrid laminate runs once the mold and manufacturing process are established.
Composite Tooling & Molds
The quality of the part starts with the tooling.
Composite components often require molds, layup forms, fixtures, trim references, and supporting geometry before the final laminate is made. 3DRM Tech can connect its digital and manufacturing capabilities to that tooling workflow.
CAD, scanning, 3D printing, and CNC machining can all play a role in creating or refining tooling before composite production begins.
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CAD-Driven Tooling
Develop mold and tooling geometry directly from the final component design or scanned reference.
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Layup Molds
Create the forms required to control composite geometry during wet layup, vacuum-bagged or prepreg workflows.
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Prototype Before Production
Validate shape, interfaces and fit before committing to the complete composite production workflow.
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One Connected Partner
Design, printing, machining and composite fabrication can remain within one project relationship.
Low-Volume Composite Production
Move from a validated laminate to repeat production runs.
Once the design, tooling, fiber architecture and manufacturing process are established, 3DRM Tech can support repeat composite layup runs from a finished production mold.
Explore Low-Volume Production →
Repeat Carbon Fiber Layups
Produce consistent batches using an established production mold and approved manufacturing process.
Fiberglass & Hybrid Laminates
Repeat runs are not limited to carbon fiber; fiberglass and hybrid laminate strategies can also be supported.
Controlled Fiber Orientation
Production workflows maintain the intended laminate structure and fiber orientation from part to part.
Prototype-to-Production Continuity
The same team can support design, tooling, validation and production so the project does not need to restart with a new supplier.
Industries We Serve
Carbon fiber and composites for weight-sensitive, performance-driven products.
Composites & Carbon Fiber FAQ
Common questions about carbon fiber manufacturing in Montreal.
What composite manufacturing processes does 3DRM Tech offer?
3DRM Tech works with woven and unidirectional carbon fiber and supports wet layup, vacuum bagging, and prepreg processes depending on the application.
Do you manufacture custom carbon fiber parts in Montreal?
Yes. 3DRM Tech is Montreal-based and supports custom carbon fiber and composite parts for robotics, aerospace/UAV, motorsports, marine, sporting goods, engineering, and other performance applications.
Why choose carbon fiber instead of metal or plastic?
Carbon fiber is especially useful when the application benefits from high stiffness and strength at a lower component weight. The best material still depends on load, geometry, environment, cost, quantity, and manufacturing requirements.
Can you make molds and layup tooling?
Yes. 3DRM Tech supports molds and layup tooling for composite production, with CAD design, 3D printing, and CNC machining available as complementary capabilities.
Do you offer vacuum bagging?
Yes. Vacuum bagging is one of the composite processes currently listed by 3DRM Tech and can be selected when appropriate for the component and laminate.
Do you work with prepreg carbon fiber?
Yes. Prepreg processing is among the current 3DRM Tech composite capabilities, depending on the project requirements.
Can you produce fiberglass or hybrid composite parts?
Yes. Current low-volume production capabilities include repeat layup runs using carbon fiber, fiberglass, or hybrid laminates from a production mold.
Can you make low-volume composite production runs?
Yes. Once the tooling and manufacturing process are established, 3DRM Tech can support repeat composite layup runs for low-volume production.
Can you help design the carbon fiber part?
Yes. Our CAD design service can support component geometry, interfaces, tooling and manufacturing preparation before fabrication.
Where is 3DRM Tech located?
3DRM Tech is located at 1640 St Clare Rd, Mount Royal, Quebec H3R 2P1 and serves customers throughout Montreal, Quebec, and Canada.
Get a Composite Manufacturing Quote
Have a lightweight or high-performance part to build?
Send your CAD, sketch, scan, reference part, quantity, and what the component needs to withstand. We’ll help determine whether carbon fiber, fiberglass, a hybrid laminate, or another manufacturing process is the right path. Current projects are subject to a $500 minimum overall project value.
Request Your Quote →