3D printing costs vary enormously — a simple plastic part can cost $5, while a complex metal component can run $5,000 or more. The technology you use, the material you choose, your part's size and complexity, and which service you pick all affect the final price. This guide breaks down real pricing across every major 3D printing technology so you know exactly what to expect before you get a quote.
Increased competition among online service bureaus and the rise of high-speed desktop printers have pushed FDM pricing down 20–35% since 2023. SLA resin costs have also dropped as MSLA technology matured. The prices in this guide reflect current 2026 market rates — always get multiple quotes via the 3DPrintMap directory to find the best price for your specific part.
At a Glance: 3D Printing Cost by Technology
| Technology | Small Part | Medium Part | Large Part | Best For |
|---|---|---|---|---|
| FDM | $5–$30 | $25–$120 | $80–$400 | Functional parts, prototypes |
| SLA / Resin | $20–$75 | $60–$250 | $150–$600 | Detailed models, smooth finish |
| SLS Nylon | $40–$150 | $100–$400 | $250–$900 | Strong, complex geometries |
| MJF Nylon | $45–$160 | $110–$420 | $260–$950 | Production-quality nylon parts |
| Metal (DMLS) | $100–$500 | $300–$2,000 | $1,000–$10,000+ | Structural metal components |
Small = credit-card footprint or smaller. Medium = fist-sized. Large = shoe-box sized or larger. Prices reflect US service bureau rates as of 2026.
FDM 3D Printing Costs
FDM (Fused Deposition Modeling) is the most affordable and widely available 3D printing technology. A heated nozzle melts plastic filament and deposits it layer by layer. It's available from thousands of service bureaus, makerspaces, and online print services across the US.
FDM Pricing by Material
| Material | Cost at Bureau (per kg) | Properties | Common Uses |
|---|---|---|---|
| PLA | $20–$35/kg | Rigid, easy to print, biodegradable | Prototypes, display models |
| PETG | $25–$45/kg | Flexible, chemical-resistant, food-safe | Functional parts, containers |
| ABS | $25–$45/kg | Heat-resistant, tough, sandable | Enclosures, automotive parts |
| ASA | $35–$60/kg | UV-resistant, outdoor-rated | Outdoor fixtures, signage |
| Nylon (FDM) | $50–$90/kg | Flexible, wear-resistant | Gears, living hinges |
| Carbon Fiber Fill | $80–$150/kg | Stiff, lightweight | Structural brackets, drone parts |
| PEEK / PEKK | $400–$900/kg | High temp (250°C+), chemically inert | Aerospace, medical devices |
Note that bureau pricing charges for the service, not just raw material. A part that uses $3 of PLA filament may still cost $25–$40 at a service bureau due to machine time, labor, overhead, and quality control.
Multiply the weight of your part (in grams) by $0.10–$0.20 for a rough FDM estimate at most US bureaus. A 100g part = $10–$20 in material-based cost, plus setup fees of $5–$15. Total for a 100g part: $15–$35.
SLA / Resin 3D Printing Costs
SLA and MSLA (resin) printing produces parts with smoother surfaces and finer detail than FDM, but at a higher cost. The resin itself is more expensive than FDM filament, and post-processing (washing and UV curing) adds labor time.
| Resin Type | Cost per Liter | Properties | Common Uses |
|---|---|---|---|
| Standard resin | $40–$80/L | Smooth, brittle, good detail | Display models, prototypes |
| ABS-like resin | $60–$100/L | Tougher than standard, slightly flexible | Functional housings |
| Flexible / TPU resin | $80–$150/L | Rubber-like flex, tear-resistant | Gaskets, grips, wearables |
| Engineering resin | $100–$300/L | High temp, high strength | Jigs, fixtures, engineering parts |
| Dental resin | $150–$400/L | Biocompatible, FDA-compliant | Dental models, surgical guides |
| Castable resin | $80–$200/L | Burns clean for lost-wax casting | Jewelry patterns, precision casting |
SLA is available at professional studios and online services. For high-detail work — miniatures, dental models, jewelry — SLA is often the only viable technology. Use the 3DPrintMap directory to find SLA services near you.
SLS and MJF Nylon Printing Costs
SLS (Selective Laser Sintering) and HP MJF (Multi Jet Fusion) both use nylon powder to produce strong, complex parts without support structures. They're industrial processes — you won't find these at most local shops, but online services and larger regional bureaus offer them.
Pricing for SLS/MJF is typically calculated by bounding box (the volume of the box that contains your part, not the part volume itself) and by machine time. Costs per part drop significantly when multiple parts are nested together in the same build.
| Part Complexity | SLS/MJF Price Range | Notes |
|---|---|---|
| Simple (few features) | $40–$120 | Good for small batch production |
| Moderate (several features) | $80–$250 | Most common engineering parts |
| Complex (interlocking, lattice) | $150–$600 | Leverages SLS's no-support advantage |
| Production batch (50+ units) | $15–$60 each | Best ROI for 50–500 unit runs |
SLS shines for small production runs. Because parts don't need support structures, a full build chamber can be packed with 50–200 small parts at once. Per-unit cost drops dramatically compared to FDM or SLA at the same volume.
Metal 3D Printing Costs
Metal 3D printing is the most expensive additive manufacturing technology, but it produces functional metal parts with properties close to wrought metal. The main industrial processes are DMLS (Direct Metal Laser Sintering) and SLM (Selective Laser Melting), which use fine metal powder fused by laser.
| Metal Material | Cost per kg (approx.) | Small Part | Typical Applications |
|---|---|---|---|
| Stainless Steel 316L | $400–$700/kg | $100–$400 | Medical, marine, food equipment |
| Tool Steel H13 | $500–$900/kg | $150–$600 | Injection molds, dies |
| Titanium Ti64 | $700–$1,400/kg | $200–$800 | Aerospace, medical implants |
| Aluminum AlSi10Mg | $350–$650/kg | $100–$350 | Automotive, consumer products |
| Inconel 625/718 | $900–$2,000/kg | $300–$1,200 | Turbines, high-heat environments |
| Cobalt Chrome | $800–$1,600/kg | $250–$900 | Dental, medical devices |
For simpler metal parts — brackets, fittings, housings — bound metal printing (BMP) systems offer a lower-cost alternative: parts typically run 30–50% cheaper than DMLS. More local shops now offer BMP alongside traditional metal printing. See our metal 3D printing guide for how to find the right service.
What Factors Affect 3D Printing Price?
Beyond the base technology, seven factors determine how much you'll actually pay:
1. Part Volume and Weight
For FDM and SLA, you're essentially paying for material used. Larger, heavier parts cost more. Hollowing out thick sections can reduce cost by 30–60% without significantly affecting strength.
2. Support Structures
Overhanging features need support material in FDM and SLA. Supports add material cost and post-processing labor. Designing parts to minimize overhangs — or reorienting the part — can reduce cost meaningfully.
3. Post-Processing
Raw 3D printed parts often require sanding, painting, support removal, or other finishing. Post-processing can add 20–100% to the base print cost. A $40 print may cost $80 finished. Always ask bureaus what's included in their quoted price.
4. Turnaround Time
Rush orders (same-day or next-day) typically carry a 25–50% premium over standard 3–5 day turnaround. If your timeline is flexible, choosing economy shipping and standard production slots can cut cost significantly.
5. Quantity
Most bureaus offer volume pricing. Ordering 10 identical parts is cheaper per unit than ordering 1. At 50+ units, per-part costs often drop 40–60% compared to single-unit pricing.
6. Material Grade
Standard PLA and resin are cheap. Engineering grades (PEEK, Ultem, dental biocompatible resin) are 10–30× more expensive. Specify the minimum material grade your application actually requires.
7. Geographic Location
Pricing varies by region. Shops in high-cost cities (San Francisco, New York) often charge more than shops in lower-cost markets. Online services that ship nationwide often offer the most competitive pricing. Use the 3DPrintMap directory to compare local and national options.
3D Printing Costs by Project Type
| Project Type | Typical Technology | Expected Cost Range |
|---|---|---|
| Simple concept prototype | FDM (PLA) | $10–$60 |
| Functional engineering part | FDM (PETG / Nylon) | $30–$200 |
| Presentation model (smooth finish) | SLA / Resin | $50–$300 |
| Miniature / figurine | SLA (standard resin) | $20–$80 |
| Dental model or surgical guide | SLA (dental resin) | $40–$200 |
| Jewelry casting pattern | SLA (castable resin) | $30–$150 |
| Nylon functional assembly | SLS / MJF | $80–$500 |
| Small production run (50 units) | SLS / MJF | $15–$50 each |
| Metal bracket or fitting | DMLS or BMP | $100–$600 |
| Aerospace / structural metal | DMLS | $500–$10,000+ |
| Large-format part (>500mm) | FDM (industrial) | $300–$2,000 |
How to Get the Best Price on 3D Printing
Getting multiple quotes is the single most effective way to reduce your 3D printing costs. Prices for the same file can vary 2–4× between service providers. Here's how to get the best deal:
- Compare at least 3 providers. Use the 3DPrintMap directory to find and compare local and online services. Local shops sometimes undercut online platforms on FDM work.
- Optimize your file before quoting. Hollow non-structural sections, minimize supports through smart orientation, and remove unnecessary detail. A well-prepared file can cost 30–50% less than an unoptimized one.
- Specify the minimum acceptable material. If PLA will work, don't request PETG. If standard resin is fine, don't specify engineering resin. Each material tier jump adds cost.
- Batch your orders. If you need multiple parts, order them together. Most services offer setup-fee waivers or per-part discounts at 3+ pieces.
- Choose standard turnaround. If you don't need rush production, standard lead time (3–5 days) is typically 25–50% cheaper than same-day or next-day service.
- Ask about outsourcing packages. Some bureaus offer monthly service plans for businesses that print regularly — these can reduce per-part cost by 20–40%.
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3D Printing vs. Other Manufacturing Methods: Cost Comparison
| Method | 1 Unit | 100 Units | 10,000 Units | Tooling Cost |
|---|---|---|---|---|
| FDM 3D Printing | $15–$100 | $10–$60 each | Not viable | $0 |
| SLA 3D Printing | $30–$200 | $20–$100 each | Not viable | $0 |
| CNC Machining | $100–$500 | $50–$200 each | $10–$50 each | $0–$500 |
| Injection Molding | $5,000+ | $50–$200 each | $0.50–$5 each | $3,000–$100,000 |
| Sheet Metal Fabrication | $50–$500 | $20–$150 each | $5–$30 each | $0–$2,000 |
The breakeven point where injection molding becomes cheaper than 3D printing is typically around 500–2,000 units depending on part size and complexity. Below that threshold, 3D printing almost always wins on total cost. Above it, tooling amortization makes injection molding the better choice. See our guide on buy vs. outsource 3D printing for a deeper analysis.
Frequently Asked Questions
The average cost for a simple FDM 3D printed part from a service bureau is $20–$80. SLA resin parts typically cost $30–$150. Metal 3D printed parts start at $100 and can reach $5,000+ for large or complex components. Costs vary based on technology, material, and part size.
It depends. For off-the-shelf parts, buying is almost always cheaper. For custom parts, prototypes, or low-volume production (under 500 units), 3D printing is usually the most cost-effective option. For high-volume production (1,000+ units), injection molding typically wins on per-unit cost after tooling is amortized.
FDM is consistently the cheapest 3D printing technology. It uses inexpensive thermoplastic filament and has the widest service availability in the US. For most prototypes and functional parts that don't need a smooth surface finish, FDM is the most cost-effective choice by a significant margin.
Metal 3D printing uses expensive industrial machines (DMLS printers cost $500,000–$2M+), expensive metal powders ($350–$2,000/kg), requires inert gas atmospheres during printing, and needs post-processing including heat treatment, support removal, and often CNC finishing. Each of these factors adds to the final per-part cost.
Many public libraries and university makerspaces offer free or very low-cost 3D printing access (often $0.10–$0.25 per gram). If you have access to a makerspace or community print lab, you can often print simple parts for under $5. Use the 3DPrintMap directory to find makerspaces in your area that offer public access printing.
Upload your file in STL, OBJ, or STEP format to at least 3 service bureaus and compare their quotes. Specify the technology (FDM, SLA, etc.), material, color, and any post-processing requirements. Most online services provide instant quotes after file upload. For complex or unusual parts, call directly — bureaus often have flexibility not visible in online calculators.
Ready to Get a Quote?
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