A batch of 3D printed ambulance models on an FDM printer bed
Fused Deposition Modelling · Victoria, BC

FDM 3D Printing Canada

Strong plastic parts, from one-offs to batches of hundreds

Fused deposition modelling (FDM) builds parts from melted plastic, one layer at a time. No tooling and no MOQ. Great for low-cost, real-world solutions.

Lead time2–4 daysbusiness days · rush may be available
Build volumeUp to 1 m³one piece · bigger in sections
Tolerance±0.25 mmor ±0.5%, whichever is greater
Layer height0.05–0.6 mm0.2 mm standard
Min. wall0.6 mmthicker walls = stronger
Materials19 plastics30+ colours · datasheets

FDM materials: pick by what the part has to survive

Find the row that matches your part, then step right for more performance (and cost). Most jobs stop at the middle column.

Know what you need? The full table lets you filter, sort and compare every material.

30+ colours in stock

Print in the colour you need, no painting. Carbon fibre filled materials are black; ask about anything else.

PLA12 colours
BlackWhiteLight GreySlate GreyBlueDark BlueGreenDark GreenOrangeBrownGoldLavender
PETG12 colours
BlackWhiteLight GreyRedOrangeYellowGreenDark GreenBlueDark BlueDark PurpleTranslucent
PLA Matte6 colours
CharcoalIvory WhiteLatteChocolatePinkRed
PLA Wood2 finishes
RosewoodBirch
Close-up of blue FDM print layers and tree supports

How FDM printing works: from file to part

FDM (fused deposition modelling, also called fused filament fabrication or FFF) melts plastic filament and lays it down through a heated nozzle, one thin layer at a time, until the part is built. There's no tooling and no minimum order quantity, so one part or a few hundred start the same way.

1

Upload & quote

Pick a material, colour, infill and quantity for an instant price.

2

File check

We check every file for printability before it goes on a printer.

3

Print

Parts build layer by layer on calibrated printers; batches run across several at once.

4

Clean up & ship

Supports removed, parts checked and shipped in 2–4 business days.

No 3D file? We can model it in CAD or 3D scan the original.

Designing parts for FDM

Keep these in mind when you model a part, and choose your infill when you order. To check your file against these limits automatically, run a DFM review.

Infill: you choose how solid

Parts are solid walls around a gyroid lattice inside. Pick the infill when you order; drag to see what changes.

Most everyday parts
Strength
Weight
Time & cost

Illustrative. 15–25% suits most parts; go higher for parts that take load.

Overhangs≤ 45° unsupported

Steeper faces need supports, which leave small marks where they're removed.

Layer height0.05–0.6 mm

0.2 mm is standard. Finer layers smooth curves; thicker layers print big parts faster.

Tolerance±0.25 mm

or ±0.5%, whichever is greater.

Min. wall0.6 mm

Thicker walls add the most strength per dollar.

Mating parts≥ 0.5 mm gap

Leave clearance between parts that fit together, so they still fit at tolerance.

Build volumeUp to 1 m³

Large-format parts in one piece; bigger ones are split into keyed sections and bonded.

Good to know: FDM parts show fine layer lines and are weakest across their layers. If a smooth cosmetic surface or equal strength in every direction matters most, consider SLA or SLS.

FDM vs. SLA vs. SLS

Not sure FDM is right? Here's the short version. See all processes →

Best forStrengthSurfaceMax sizeCost
FDM Brackets, enclosures, fixtures, large parts, budget batches Good; strongest along the layers Visible layer lines Up to 1 m³ Lowest
SLA Fine detail, smooth cosmetic parts, clear & specialty resins Resin-dependent: rigid to rubbery Smoothest, small support marks 200 × 125 × 210 mm Mid
SLS Functional end-use parts, snap-fits, complex geometry High, near-isotropic Fine matte, no support marks 155 × 155 × 295 mm Best in batches

FDM 3D printing FAQ

What is FDM 3D printing?

FDM (fused deposition modelling, also called fused filament fabrication or FFF) is the most common type of 3D printing. A heated nozzle melts plastic filament and lays it down one thin layer at a time, each fusing to the one below, until the part is complete. It's the lowest-cost way to make strong, functional plastic parts, from one-offs to large-format parts up to 1 m³.

How does FDM compare to SLA and SLS?

FDM is the lowest-cost way to get strong plastic parts, and the only one of the three that prints parts up to 1 m³ in one piece. It also has the widest material choice, from PLA to carbon fibre filled and chemical-resistant plastics. SLA gives smoother surfaces and finer detail; SLS gives more uniform nylon parts with no supports. Choose FDM for brackets, enclosures, fixtures, large parts and budget batches.

Which FDM material should I use?

PETG for most everyday parts. ASA for anything that lives outdoors. ABS or polycarbonate for heat and impact. PA6-CF or PET-CF (carbon fibre filled, often spelled carbon fiber) when a part has to be stiff and light, PPA-CF or PPS-CF for high loads and heat, TPU for flexible parts and PVDF for harsh chemicals. Tell us what the part does and we'll recommend one.

How strong are FDM parts?

Strong enough for real-world use when the material, walls and infill suit the job. FDM parts are strongest along their layers: on the datasheet, PETG is 51 MPa along the layers and 35 MPa across them. For parts that take real load, choose a stronger material or higher infill, or ask us to look over the design.

What is infill, and do I need 100%?

Most FDM parts are solid walls around a lattice inside, and you choose the infill percentage when you order. Around 15–25% suits most parts; go higher for parts that take load. More infill adds strength but also weight, print time and cost.

How accurate are FDM parts?

±0.25 mm or ±0.5%, whichever is greater. Lower-temperature materials like PLA and PETG hold size best. Flag critical fits such as bearings, press-fits and mating holes and we'll review them before printing.

What's the biggest part you can print?

Up to 1 m³ in one piece in-house, which makes FDM our large-format option. Larger parts are printed in sections that key together and bond cleanly; the life-size TEDxVictoria stage sign was built this way. Through our partner network we can also print single parts up to 2100 × 700 × 900 mm.

Can you print production batches?

Yes. No tooling and no minimum order quantity, so a batch is just a file and a quantity: 400+ thread caps for Bird Construction, 200 heritage brackets for the City of Victoria. Reorders print from the same file, so every batch matches.

What colours can you print?

PLA and PETG come in 12 colours each, plus matte and wood-look PLA. ASA, ABS and TPU come in a few colours each, and the carbon fibre filled materials are black. Need a specific colour? Ask and we'll try to source it.

Can FDM parts be used outdoors?

Yes. ASA and ASA-CF are made for sun and weather, and PVDF shows no strength loss after long UV exposure. PETG handles light outdoor use. Avoid PLA outside: it softens in heat.

Will I see layer lines?

Yes, FDM parts show fine layer lines. Finer layer heights reduce them. If a smooth cosmetic surface is the priority, SLA is usually the better fit: see why SLA prints smoother.

How fast can you ship FDM parts?

Most orders ship in 2–4 business days, with tracked shipping across Canada or free local pickup in Victoria, BC. Very large parts and big batches can take longer; rush may be available.

How much does FDM printing cost in Canada?

It depends on size, material, print time and quantity. PLA and PETG are the cheapest; carbon fibre filled and high-performance plastics cost more. Upload a file to the instant quote for a price in seconds. No MOQ, shipped from Victoria, BC across Canada.

Upload a file. Get a price in seconds.

Strong, affordable plastic parts shipped across Canada in 2–4 business days.