University 3D Printing & Research Prototyping in Montreal.
3DRM Tech supports universities, colleges, research laboratories, student engineering teams and R&D groups with custom prototypes, experimental fixtures, equipment components, research models and low-volume parts using CAD, 3D printing, scanning and CNC machining.
Build the custom hardware your experiment cannot buy from a catalogue.
Research projects frequently require specialized physical components that exist only for one experiment, test rig or academic project. That can include sensor mounts, specimen holders, equipment adapters, custom housings, experimental fixtures and prototype mechanisms.
3DRM Tech can support these projects with CAD design, FDM, SLS and SLA 3D printing, CNC machining, 3D scanning and reverse engineering, rapid prototyping and low-volume manufacturing.
This gives research teams a practical way to move from CAD or an experimental requirement to physical hardware without needing mass-production quantities.
Custom parts for laboratories, experiments and engineering projects.
Each research application has different mechanical, material, environmental and dimensional requirements, so the manufacturing process should be selected around the experiment.
Experimental Fixtures
Custom locating, positioning and holding fixtures for laboratory tests and research setups.
Sensor & Camera Mounts
Custom brackets for sensors, cameras, optical equipment and data-acquisition hardware.
Specimen Holders
Custom holders and support components for suitable experimental and research applications.
Research Equipment Housings
Custom mechanical enclosures for electronics, controllers, sensors and prototype research hardware.
Equipment Adapters
Custom interfaces connecting existing laboratory equipment with new instrumentation or test hardware.
Engineering Prototypes
Physical components for testing new mechanisms, products, robotics and research concepts.
Educational Models
Physical models for visualization, demonstration and suitable teaching applications.
Machined Research Parts
Metal and engineering-plastic components where CNC machining fits the research requirement.
Replacement Equipment Parts
Reverse engineer suitable obsolete laboratory or research-equipment components when original CAD is unavailable.
Can a university order a one-off custom 3D printed research part?
Yes. Research work often requires one-off or very small quantities, which can make additive manufacturing and digital fabrication particularly useful for custom experimental hardware.
Can you manufacture parts from university CAD files?
Yes. Existing engineering CAD can be reviewed for geometry, material, interfaces and manufacturing requirements before the appropriate process is selected.
Request a CAD-to-Part Quote →Can you help design custom laboratory fixtures?
Yes. CAD can be developed from specifications, measurements, sketches and existing equipment to create suitable holders, mounts, adapters and experimental fixtures.
Explore CAD Design →Which 3D printing process is best for research prototypes?
FDM, SLA and SLS suit different requirements. The right choice depends on geometry, detail, material, mechanical properties and what the research part is intended to demonstrate.
Compare FDM, SLA & SLS →Can you recreate a broken laboratory equipment part?
Often, yes. Suitable existing components can be measured or scanned, rebuilt as CAD and evaluated for reproduction.
Read the Reverse Engineering Guide →From experimental requirement to physical research hardware.
Projects can begin from finished CAD, drawings, experimental requirements, existing equipment or physical components.
Review the Experiment
Clarify the function, geometry, interfaces, environment and required quantity.
CAD & DFM
Create or refine geometry around the intended manufacturing process.
Manufacture the Part
Produce the research component and integrate it into the experimental setup.
Modify & Repeat
Update the design as research requirements change and manufacture revised versions.
Custom fabrication support for academic and R&D projects.
What should I send for a university or laboratory fabrication project?
Send the CAD file or drawing where available, along with a clear description of what the component does and how it interacts with the experimental setup.
For additive-manufacturing projects, review our CAD preparation guide .
Useful guides for universities, engineering teams and R&D laboratories.
Benefits of Rapid Prototyping
Learn how physical prototypes help teams test ideas and refine experimental hardware.
Read Article → Process SelectionFDM, SLA or SLS?
Compare additive processes for different research and prototype requirements.
Compare Processes → Materials3D Printing Materials Guide
Compare materials for functional, visual and experimental applications.
Read Materials Guide → CAD · DfAMPrepare CAD for 3D Printing
Review clearances, wall thickness and design considerations before manufacturing.
Read CAD Guide → Manufacturing3D Printing or CNC Machining?
Compare manufacturing processes based on geometry, material and functional requirements.
Compare Processes → Reverse EngineeringRecreate a Part With No Drawings
See how existing laboratory components can become new editable CAD.
Read Guide →Research projects often overlap with engineering, medical devices, robotics and electronics.
Questions about university 3D printing and research fabrication.
Does 3DRM Tech provide 3D printing for universities in Montreal?
Yes. 3DRM Tech supports suitable university, college, laboratory and research projects with 3D printing, CAD, CNC machining and prototype manufacturing.
Can you make one custom part for a research experiment?
Yes. One-off and very small quantities are common for research projects where specialized hardware is needed for a specific experiment.
Can you manufacture parts from student engineering CAD?
Yes, for suitable projects. CAD can be reviewed for manufacturability before selecting the appropriate 3D printing or machining process.
Can you make custom laboratory fixtures and holders?
Yes. Suitable projects can include custom holders, mounts, adapters, jigs and positioning fixtures for research and laboratory setups.
Can you CNC machine research components?
Yes. CNC machining can be used for suitable metal and engineering-plastic research components where machining better fits the application.
Can you reverse engineer an obsolete laboratory part?
Often, yes. Existing parts can be measured or scanned, reconstructed in CAD and evaluated for reproduction using an appropriate manufacturing process.
Can you manufacture repeated parts for a research program?
Yes. Once a design is validated, suitable components can move into repeat or low-volume manufacturing.
What should researchers send for a manufacturing quote?
Send available CAD or drawings, required material, critical dimensions, the experimental purpose, operating conditions and required quantity.
Need a custom part for a laboratory, research project or engineering experiment?
Send us your CAD, drawing, existing component or experimental requirements. We can help determine the right route through 3D printing, CAD, CNC machining, scanning and rapid prototyping.
Request a Research & University Quote →