3DRM Tech provides 3D printing, 3D scanning, CAD design, CNC machining, carbon fiber composites, rapid prototyping and low-volume manufacturing for engineers, manufacturers, product developers and businesses in Montreal and across Canada.
3DRM Tech supports the complete product-development and custom manufacturing workflow. Projects can begin with production-ready CAD, a rough sketch, a reference photograph, specifications, an existing component or a part that needs to be recreated.
Our capabilities cover both digital development and physical manufacturing, allowing customers to combine CAD design, 3D scanning and reverse engineering, 3D printing, CNC machining, composites, rapid prototyping and low-volume production within one coordinated workflow.
Whether you need a functional prototype, an obsolete replacement part, a custom jig or fixture, a machined component or a repeatable small batch, the manufacturing route can be selected around the geometry, material, function and quantity of the project.
Use a single service or combine multiple manufacturing processes depending on the project. Each capability has its own dedicated service page with additional information about processes, applications and project requirements.
FDM, SLS and SLA 3D printing in Montreal for functional prototypes, custom parts, jigs, fixtures, product development and suitable end-use components.
Capture existing physical geometry for reverse engineering, scan-to-CAD, replacement-part reproduction, legacy equipment and inspection workflows.
Create and refine manufacturable 3D CAD from sketches, photographs, specifications, scans and physical parts using an engineering-focused workflow.
Custom machined components in aluminum, steel, brass, titanium and engineering plastics for parts requiring machined materials and precise interfaces.
Custom carbon fiber, fiberglass and hybrid composite components, molds and tooling for suitable lightweight and high-stiffness applications.
Turn product CAD and engineering concepts into physical prototypes for form, fit, assembly and functional evaluation before production.
Move validated designs into repeatable small-batch manufacturing using 3D printing, CNC machining or composites without requiring traditional mass-production quantities.
Many customers arrive with a manufacturing problem rather than a specific process in mind. These are some common project types that can be supported by our capabilities.
Evaluate form, fit, assembly and functional requirements before moving toward repeat manufacturing.
Rapid Prototyping →Recreate suitable discontinued or difficult-to-source components using scanning, CAD and manufacturing.
3D Scanning & Reverse Engineering →Custom assembly, positioning, inspection and manufacturing aids for industrial workflows.
3D Printing →Mechanical packaging for electronics, sensors, controllers, prototypes and specialized hardware.
CAD Design →Metal and engineering-plastic components where CNC machining better fits the material or geometry.
CNC Machining →Repeat suitable components after a prototype or manufacturing process has been validated.
Low-Volume Production →Provide CAD, drawings, a sketch, photographs, a physical component or a description of what you need.
Geometry, function, material, tolerances, finish and quantity are reviewed to determine a suitable manufacturing route.
The component is designed, scanned, printed, machined or fabricated according to the selected approach.
Evaluate the result, refine the digital design or move suitable validated parts into repeat manufacturing.
Different part requirements point toward different processes. Some projects may also combine several capabilities.
Useful for prototypes, larger components, fixtures and suitable functional parts.
Useful for complex support-free geometry and suitable functional or low-volume nylon components.
Useful when fine features, visual detail and smoother prototype surfaces are priorities.
Suitable where metals, engineering plastics or precise machined interfaces are required.
Carbon fiber and fiberglass can suit specialized structural and lightweight applications.
Capture existing geometry when original CAD or manufacturing drawings are unavailable.
Different stages of a project can require different processes. An integrated workflow helps connect design and reverse engineering with prototyping, manufacturing and suitable repeat production.
CAD decisions can be made with the intended physical manufacturing process in mind.
Work with a manufacturing partner based in Mount Royal, Quebec.
Plastic, resin, nylon, metals, carbon fiber and fiberglass can be considered depending on the application.
Start with development parts and move suitable validated designs into repeat manufacturing.
3DRM Tech provides FDM, SLS and SLA 3D printing, 3D scanning, CAD design, CNC machining, carbon fiber composites, rapid prototyping and low-volume production.
No. Projects can also begin from sketches, photographs, specifications or existing physical components. CAD design and 3D scanning can help create the digital geometry required for manufacturing.
Suitable physical components can be measured or 3D scanned, reconstructed in CAD and evaluated for reproduction using 3D printing, CNC machining or another appropriate process.
3DRM Tech offers FDM, SLS and SLA 3D printing for different combinations of geometry, materials, detail and functional requirements.
Yes. Rapid prototyping can combine CAD, 3D printing, CNC machining and other manufacturing processes depending on what the prototype needs to evaluate.
Yes. CNC machining is available for suitable metal and engineering-plastic components including aluminum, steel, brass, titanium and engineering plastics.
Yes. Suitable validated designs can move into low-volume and repeat manufacturing without requiring mass-production quantities.
3DRM Tech is located at 1640 St Clare Rd, Mount Royal, Quebec H3R 2P1, serving Montreal and customers across Canada.
Send us your CAD, drawing, sketch, photographs or existing component. We can help determine whether 3D printing, scanning, CAD, CNC machining, composites or low-volume manufacturing best fits the project.
Request a Manufacturing Quote →