FDM · Thermoplastic
PLA
Easy, dimensionally stable, great surface for visual prototypes and concept models. Not for heat or load.
Upload · Quote · Print
3D printing services from prototypes to production.
3D Printing Services is an on-demand additive manufacturing bureau. Upload a model and get an instant price for FDM, SLA & SLS parts — or a fast custom quote for MJF, metal, PolyJet & large-format LFAM — in 60+ materials — one prototype or a production run of thousands.
FDM / FFF
SLA
SLS
MJF
Metal DMLS
PolyJet
LFAM / FGF
● build_001 · printing
60+Materials
7Technologies
24hRush · small parts
Additive manufacturing, on demand
From one part to ten thousand.
Professional FDM, SLA, and SLS 3D printing in 60+ materials. Upload a model, lock an instant price, and have inspected parts on your bench in days.
60+Materials
±0.1mmTightest tolerance
24hRush turnaround
3Core processes
What is 3D Printing Services?
The fastest way to turn a digital model into a real, manufactured part.
We are an on-demand additive manufacturing bureau. You upload a 3D file; we print it in FDM, SLA, SLS, MJF, metal, PolyJet & large-format LFAM across 60+ engineering and visual materials and ship inspected parts — whether you need a single prototype or a small-batch production run.
Trusted for
Instant online quotes
Automated DFM checks
Part inspection
NDA accepted
Nationwide shipping
Price-match guarantee
Found it cheaper? We'll beat it.
We strive to be the most competitive 3D printing service available. Send us any formal written quote from a verified, legitimate 3D printing business for a comparable part — same process, material, finish, tolerance, and lead time — and we'll beat the price.
Beat any quoteVerified businesses
- 01Get a formal written quote from another 3D printing business.
- 02Upload it alongside your model in the quote form.
- 03We confirm a lower price — usually within 4 business hours.
Print technology
Three core processes, one upload.
The right process depends on what your part has to do. FDM is the workhorse for sturdy, affordable parts; SLA resin captures the finest detail; SLS nylon makes strong functional parts with no support marks. Filter the table by what you're optimizing for.
| Technology | Best for | Materials | Tolerance | Surface | Lead time |
|---|---|---|---|---|---|
| FDMFused Deposition | Sturdy, low-cost prototypes & jigs | PLA, PETG, ABS, ASA, TPU, PC, CF-Nylon | ±0.2 mm | Layer lines visible | 2–4 days |
| SLAStereolithography | Fine detail, smooth show models | Standard, Tough, Clear, Castable, Flexible resin | ±0.1 mm | Very smooth | 2–4 days |
| SLSSelective Laser Sintering | Strong functional & production parts | Nylon PA12, PA11, glass-filled nylon | ±0.3 mm | Matte, uniform | 3–5 days |
| MJFMulti Jet Fusion | Dense production-grade nylon batches | PA12, PA12 glass-bead, TPU | ±0.3 mm | Fine matte | 3–5 days |
| DMLSMetal Laser Sintering | End-use metal brackets & tooling | Aluminum, stainless 316L, titanium | ±0.1 mm | Machinable | 7–12 days |
| PolyJetFull-colour Jetting | Multi-material, full-colour models | Rigid & rubber-like photopolymers | ±0.1 mm | Smooth, colour | 4–6 days |
| LFAM / FGFLarge-Format Pellet | Large tooling, moulds & near-net-shape parts | ABS, PC, PA, glass/carbon pellets | ±0.5 mm | Ribbed / machinable | Quoted |
FDM, SLA & SLS run in-house · MJF, DMLS & PolyJet via vetted partners
Materials & use cases
Pick a material by what it has to survive.
A material is the right choice when its properties match the part's job — load, heat, flex, contact, or appearance. Filter 60+ stocked materials by the property that matters most for your application.
Filter by
FDM · Thermoplastic
PETG
Tough, chemical- and moisture-resistant all-rounder. The default for durable functional parts.
FDM · Thermoplastic
ABS / ASA
Impact-resistant and heat-tolerant; ASA adds UV stability for outdoor enclosures and automotive trim.
SLS / MJF · Nylon
Nylon PA12
Strong, isotropic, no support marks. The go-to for living hinges, clips, and end-use production parts.
FDM · Composite
Carbon-Fiber Nylon
Stiff, lightweight, and heat-resistant. For drone frames, fixtures, and load-bearing brackets.
FDM / SLS · Elastomer
TPU
Rubber-like and resilient. Gaskets, grips, seals, and shock-absorbing parts that need to bend and rebound.
SLA · Photopolymer
Standard Resin
Razor-sharp detail and a smooth finish for show models, miniatures, and master patterns.
SLA · Photopolymer
Tough Resin
ABS-like resin balancing detail with impact strength for functional prototypes and snap fits.
SLA · Photopolymer
Biocompatible Resin
Skin- and short-term mucosa-safe resins for dental guides, medical models, and wearables.
SLA · Photopolymer
High-Temp Resin
Holds form past 200 °C for mold tooling, fixtures, and thermal-test parts.
SLS · Thermoplastic
Polypropylene (PP)
Lightweight, fatigue- and chemical-resistant with a degree of flex. Living hinges and watertight containers.
SLA · Photopolymer
Clear Resin
Polishes to near-transparency for lenses, light pipes, fluidics, and see-through housings.
No materials match that property — try another filter.
Not sure what to print with?
Tell us what your part has to do — bear load, resist heat, flex, capture detail, or hit a budget — and our engineers will recommend the right technology and material with your quote. No 3D-printing experience needed.
How it works
From upload to doorstep in four steps.
Getting a part made takes minutes of your time: upload, confirm, and we handle the rest.
STEP 01
Upload & quote
Drop an STL or STEP file. Our system measures volume, flags issues, and returns an exact price and lead time instantly — no login required.
STEP 02
DFM review
An engineer runs automated and manual design-for-manufacturing checks, suggests the best process and material, and confirms feasibility.
STEP 03
Print & finish
Your parts are printed, cleaned, and finished — support removal, sanding, dyeing, or vapor-smoothing to spec.
STEP 04
Inspect & ship
Every order is dimensionally inspected against your model, packed, and shipped across Canada with tracking.
Use cases & industries
What teams print with us.
From a designer's first concept model to repeatable production batches, the same upload flow scales across industries.
Product design
Rapid prototyping
Iterate form and fit in days — test ergonomics and assembly before committing to tooling.
Manufacturing
Jigs & fixtures
Custom tooling, alignment guides, and assembly aids printed in tough nylon or CF-composite.
Hardware startups
Small-batch production
Bridge to injection moulding — repeatable runs of tens to thousands with volume pricing.
Medical & dental
Medical & dental
Biocompatible surgical guides, anatomical models, and wearables with audit-ready traceability.
Architecture & design
Architecture & models
Crisp scale, massing, and presentation models in resin or durable nylon.
Consumer & electronics
Consumer products
Enclosures, housings, and ergonomic models from concept to bridge production.
Beyond printing
Design and scanning, in one shop.
No print-ready file? We can design your part from scratch or 3D-scan an existing one — then print it without handing your project to a third party.
3D Design Services
Turn a sketch, sample, or idea into manufacturable, print-ready CAD with a DFM review.
3D Scanning Services
Capture physical parts as accurate 3D models for reverse engineering, inspection, and replication.
3D Printing
FDM, SLA & SLS in 60+ materials — instant online quotes for standard parts.
Frequently asked
3D printing questions, answered.
Q1What 3D printing technologies do you offer?
We offer the three most widely used additive processes: FDM/FFF for sturdy, low-cost parts; SLA resin for fine detail and smooth surfaces; and SLS nylon for strong, isotropic functional parts that need no support structures. Specialty processes — MJF, metal DMLS, and full-colour PolyJet — are available through vetted partners on request.
Q2Which 3D printing material should I choose?
Match the material to the job: PLA or standard resin for visual prototypes, PETG or ABS/ASA for durable functional parts, Nylon (PA12) or carbon-fiber nylon for engineering loads, TPU for flexible parts, and tough or castable resins for fine detail. Use the materials explorer above to filter by strength, heat resistance, flexibility, or biocompatibility.
Q3What file formats do you accept?
We accept STL, STEP/STP, OBJ, 3MF, and IGES files no size limit. STEP is preferred for production parts because it preserves exact geometry and units.
Q4How accurate are your 3D printed parts?
Typical dimensional tolerance is ±0.2 mm for FDM, ±0.1 mm for SLA resin, and ±0.3 mm for SLS nylon. Tighter tolerances are achievable with post-machining on request, and every order is dimensionally inspected before it ships.
Q5What is the typical turnaround time?
Standard lead time is 3 to 5 business days after design confirmation. Rush prints ship in as little as 24 hours, and small-batch production runs are quoted with a firm delivery date.
Q6Can you handle small-batch production runs?
Yes. Beyond one-off prototypes we run repeatable small-batch production from tens to several thousand units, with per-part inspection, consistent material lots, and volume pricing.
Q7How much does 3D printing cost?
Cost depends on part volume, material, technology, and finish. Most prototypes fall between $15 and $120 per part; you get an exact instant quote the moment you upload your model — with no minimum order.
Q8Do you offer a price-match guarantee?
Yes. We will beat any formal written quote from a verified, legitimate 3D printing business for a comparable part — same technology, material, finish, tolerance, and lead time. Send us the written quote with your model and we'll confirm a lower price, usually within 4 business hours.
Have a model ready? Get a price in seconds.
Upload your STL or STEP file for an instant, no-obligation quote across every process and material we offer.