Winnipeg builds heavy things—aircraft composites, harvesting equipment, transit buses. We print the tooling, fixtures, and replacement parts that keep that work moving, in materials rated for prairie winters. Parts arrive in 2-3 days, 100% Canadian, no cross-border delays.
Winnipeg is home to Canada's third-largest aerospace cluster and some of North America's biggest bus and harvesting equipment manufacturers. We supply the prototypes, tooling, and replacement parts those industries run on.
Equipment in Manitoba works through -40°C winters, +35°C summers, and everything the harvest throws at it. We match materials to those realities.
Winnipeg runs Canada's third-largest aerospace cluster, and MRO work doesn't wait. We print engine test fixtures, layup tooling, and ground-support parts in PPS-CF, carbon fiber nylon, and polycarbonate—materials that shrug off engine-bay heat without aerospace lead times or tooling costs.
PLA snaps at -40°C; the right materials don't. For outdoor sensor housings, equipment guards, and ag machinery parts, we print in ASA for UV and cold resistance, PA12 nylon for impact toughness in deep cold, and polycarbonate where structure matters. Tell us where the part lives and we'll spec the material.
Harvesters, coaches, and plant equipment outlive their parts catalogs. We 3D scan the worn original, rebuild it in CAD, and print replacements—no drawings required. It's the same reverse-engineering process we used to keep Royal Canadian Navy equipment in service after the manufacturer disappeared.
See how we've helped organizations with similar challenges to Winnipeg's industries.
When the original manufacturer went out of business, we reverse-engineered and 3D printed critical replacement parts. The same approach works for legacy aerospace components.
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From first prototype to production run—we help product teams iterate fast. Perfect for agricultural equipment manufacturers testing new designs.
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Custom replacement clips for medical pagers saved over $10,000 annually. The same approach works for Winnipeg's healthcare facilities.
View Case StudyAll technologies available with fast shipping to Winnipeg and across Manitoba.
Fast, functional, cost-effective parts for prototyping and end-use. Ideal for enclosures, brackets, tooling, and jigs.
Ultra-smooth, high-detail parts ideal for presentation or precision fits. Perfect for molds and visual prototypes.
Tough, support-free nylon parts for demanding applications. Durable and ideal for complex geometries.
Stainless, aluminum, and titanium parts with high precision. For when strength and complexity are critical.
We've streamlined the entire process so you can focus on what matters—your project.
Upload your CAD file through our instant quote system. We accept STL, STEP, OBJ, and 3MF formats.
Select your technology, material, quantity, and finish. Get real-time pricing and lead times instantly.
Our team reviews your file and produces your parts using calibrated, industrial-grade equipment.
Parts ship from Victoria with 2-3 day delivery to Winnipeg. Expedited options available.
Most parts print in 1–3 business days and arrive in Winnipeg 2–3 days later via tracked courier. Expedited production and overnight shipping are available for urgent jobs. Because everything ships within Canada, there are no customs delays or surprise brokerage fees.
For parts that live outdoors through -40°C winters, we recommend ASA for UV and cold resistance, PA12 nylon for impact toughness at low temperatures, and polycarbonate for structural parts. PLA and standard resins become brittle in extreme cold, so material selection matters—we'll help you choose based on your application.
Yes. We 3D scan the original part, rebuild it in CAD, and print replacements—no drawings needed. We did exactly this for the Royal Canadian Navy when an original manufacturer went out of business. The same approach works for harvesting equipment, transit vehicles, and plant machinery with unavailable parts.
We produce tooling, jigs, fixtures, ground-support equipment, and prototypes for aerospace and MRO operations in high-performance materials like PPS-CF, carbon fiber nylon, and polycarbonate—materials that handle engine-bay temperatures without aerospace lead times.
No minimums. Order a single prototype or scale to production runs of hundreds—there are no tooling costs, so small batches stay economical.
A desktop printer handles PLA prototypes; industrial parts need industrial equipment. We run a calibrated fleet covering FDM, SLA, SLS, and metal with 15+ engineering materials, and you only pay for the parts you order—no capital cost, no maintenance, no learning curve.
Upload your file for an instant quote, or get in touch to discuss your project. Fast shipping to Winnipeg and across Manitoba.
