3DRM Tech supports engineers, manufacturers, robotics companies, hardware startups and product teams with 3D printing in Montreal, CAD design, 3D scanning, reverse engineering, CNC machining, carbon fiber composites, rapid prototyping and low-volume production. From one-off prototypes to repeat production parts, we help companies across Quebec and Canada move from idea to finished component.
A robotics end-effector, an obsolete machine component and an appearance prototype should not be manufactured the same way. The right process depends on geometry, material, tolerance, strength, quantity, finish and how the part will actually be used.
That is why 3DRM Tech combines FDM, SLS and SLA 3D printing, CAD design, 3D scanning and reverse engineering, CNC machining and metalworking, carbon fiber composites, rapid prototyping and low-volume production under one workflow.
Choose your sector to see typical parts, recommended manufacturing processes and how 3DRM Tech supports similar projects.
Custom grippers, EOAT, sensor mounts, housings, jigs, fixtures and lightweight robot components using additive manufacturing, CNC and composites.
Explore Robotics Manufacturing → AULightweight brackets, test parts, drone components, prototypes and carbon fiber structures for aerospace and UAV development.
Explore Aerospace & UAV → IMJigs, fixtures, tooling, guards, machine components and reverse-engineered replacement parts for industrial operations.
Explore Industrial Manufacturing → EVFunctional prototypes, ducts, brackets, trim, EV hardware and short-run custom automotive components.
Explore Automotive & EV → ENCAD-to-part manufacturing, DFM support, engineering prototypes, appearance models, CNC parts and pilot production.
Explore Engineering Support → STProof-of-concept parts, investor prototypes, product enclosures, iterative CAD and first low-volume production runs.
Explore Startup Manufacturing → MPCarbon fiber aero components, custom brackets, ducts, lightweight parts and development hardware for performance applications.
Explore Motorsports → IoTCustom enclosures, bezels, device housings, mounting hardware and tooling-free low-volume production around your electronics.
Explore Electronics & IoT → ACScale models, presentation models, architectural mockups, custom fittings, brackets and digitally fabricated components.
Explore Architecture → MBComposite components, custom hardware and reverse-engineered replacements for difficult-to-source or obsolete marine parts.
Explore Marine Manufacturing → AGRugged replacement parts, equipment adapters, prototype hardware and custom components for agricultural and AgTech systems.
Explore Agriculture & AgTech → FM3D printed props, replicas, set pieces, production aids and custom fabrication for Montreal film and media projects.
Explore Film & Media → CPProduct prototypes, ergonomic studies, enclosures, sporting equipment components and short-run launch production.
Explore Consumer Products → ERResearch prototypes, experimental fixtures, lab apparatus, educational models and custom parts for universities and laboratories.
Explore Education & Research → RT3D-scanned and reverse-engineered reproductions of obsolete parts, fleet components and specialized transit hardware.
Explore Rail & Transit → EMDurable machined, printed and reverse-engineered replacement components for demanding equipment and field applications.
Explore Energy & Mining →Many industrial projects use more than one manufacturing method. A legacy component may start with 3D scanning, move into CAD reconstruction and finish with CNC machining. A prototype may begin in FDM, move to SLS for functional testing and then enter low-volume production.
Fast prototypes, complex geometry, tooling-free production and functional polymer parts across a wide range of industrial applications.
Turn sketches, specifications, scans or existing physical components into clean digital models ready for manufacturing.
Machined metal and engineering-plastic components when strength, material, surface requirements or precision interfaces drive the design.
Bridge production, pilot units, repeat parts and specialized small batches without forcing every project into mass-production tooling.
Explore the individual services behind our industry-specific manufacturing workflows.
These guides answer common questions about additive manufacturing, CAD preparation, process selection and product development.
See where additive manufacturing fits for sensor mounts, tooling, grippers, covers and low-volume robotics components.
Read the Guide → CAD · DfAMWall thickness, clearances, file formats, interfaces and design choices that affect whether a printed part works.
Read the Guide → CNC · AdditiveCompare geometry, material, tolerances and quantity to decide which manufacturing process better fits your part.
Compare the Processes → Product DevelopmentHow fast physical iterations help hardware teams test ideas, improve designs and move toward production.
Read the Article → Rapid PrototypingTest form, fit and function earlier, reduce development risk and make decisions using real physical parts.
Read the Article → Montreal · Custom ManufacturingWhy projects involving design help, mixed processes, unusual materials or repeat production often need more than an instant quote.
Read the Article →3DRM Tech is based in Mount Royal, Quebec and supports projects across Montreal, Quebec and Canada. Companies looking for 3D printing services in Montreal, custom CNC machining, 3D scanning, rapid prototyping, CAD design or small-batch manufacturing can work with one team from the first digital model through the finished part.
Need help deciding where to start? Read what affects a 3D printing quote in Montreal or go directly to our project quote page.
3DRM Tech works with robotics, aerospace, industrial manufacturing, automotive, engineering, R&D, startups, electronics, architecture, marine, agriculture, film, consumer products, research, rail, energy and other teams that need custom physical parts.
No. Projects can combine 3D printing, CAD design, 3D scanning, reverse engineering, CNC machining, composites, rapid prototyping and low-volume production.
3DRM Tech supports FDM, SLS and SLA 3D printing. The process is selected around the part's geometry, material, finish, strength, quantity and intended use.
Yes. Depending on the part, 3D scanning, measurement and CAD design can be used to build a manufacturable digital model for reproduction.
Yes. 3DRM Tech supports suitable small-batch, pilot, bridge and repeat production projects using additive manufacturing, CNC machining and composites.
3DRM Tech is located in Mount Royal, Quebec and serves customers throughout Montreal, Quebec and Canada.
Send us the CAD file, sketch, photo, scan or project requirements. We will help determine the manufacturing route that best fits the part.
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