How Much Does It Cost To 3d Print One Thing?
If you’ve ever wondered, “How much does it cost to 3D print one thing?”, the honest answer is that it depends. A small plastic part can cost a few dollars. A large or complex metal part can cost hundreds. Most people land somewhere in between.
This guide explains how much a 3D print costs, what drives the price, and how the main technologies compare. It also covers whether a service bureau or an at-home printer is the better choice for you.
Quick Answer: How Much Is One 3d Print?
These are typical ranges for a single small to medium part. Your actual price depends on size, material, quantity, and finish.
- Hobbyist FDM at home: roughly $1 to $20 in filament, plus your time and machine wear
- SLA resin printing: roughly $10 to $100 per part, depending on size and resin
- Industrial nylon (MJF or SLS) from a service bureau: roughly $5 to $50 per part, with prices dropping fast as quantity rises
- Industrial metal (SLM): often $50 to several hundred dollars per part, depending on volume and complexity
Want an exact number? You can skip the guesswork and upload your file to the JawsTec instant quote tool to get a price in seconds.
Is It Expensive To 3d Print Something?
It can be, but it doesn’t have to be. 3D printing is usually cheapest for low volumes, custom designs, and complex shapes. These are the jobs where traditional manufacturing needs expensive tooling, molds, or lots of machining time.
So how is 3D printing so cheap in some cases? Because there is no tooling. You upload a file and the machine builds the part. There are no molds to cut and no fixtures to design. For a single prototype or a small batch, that saves a lot of money.
3D printing gets more expensive when parts are very large, use premium materials, need heavy post-processing, or are needed in high volumes. At very high volumes, injection molding often wins. JawsTec offers injection molding options too.
The Main 3d Printing Technologies And What They Cost
Different processes have very different cost structures. Here is how the main ones compare.
Industrial Nylon: MJF and SLS
Multi Jet Fusion (MJF) and Selective Laser Sintering (SLS) build parts from nylon powder fused layer by layer. Parts need no support structures, and many can be packed into one build, which keeps per-part costs low. They are strong and durable enough for real end-use parts.
These are the go-to processes for functional prototypes and production runs. Learn more about our MJF service and our SLS service.
Industrial Metal: SLM
Selective Laser Melting (SLM) fuses metal powder into dense, strong parts in materials like aluminum and stainless steel. The machines, powders, and finishing steps all cost more than plastic. Metal printing is priced higher, but it can make shapes that are very hard or impossible to machine.
Shared Technology: SLA
Stereolithography (SLA) cures liquid resin with light and delivers smooth surfaces and fine detail. It works well for visual models, molds, and detailed prototypes. Some labs and service providers print SLA parts for customers, which makes it a shared resource for people who don’t own a machine.
Hobbyist: FDM
Fused Deposition Modeling (FDM) melts plastic filament and lays it down in layers. It is the technology behind most desktop printers. It’s affordable to start and great for simple parts, but strength, accuracy, and surface finish are more limited than industrial processes.
What Goes Into Pricing A 3d Print?
Whether you print at home or order from a provider, four main factors set the cost of a 3D print.
- Time
Print time is one of the biggest drivers. A longer build ties up the machine, uses more energy, and increases the chance of a failure. Taller and denser parts take longer. On industrial machines, how efficiently parts are packed into the build volume also affects the time each part is charged.
- Material
Material cost depends on how much goes into the part and how expensive the material is. Standard nylon and PLA are inexpensive. Engineering plastics, flexible materials like TPU, and metals cost much more. Not all material in a build ends up in your part, since some powder or resin is wasted. You can compare options on our materials page.
- Labor
Someone has to prepare the file, set up the build, remove parts, clean them, inspect them, and pack them. Post-processing like dyeing, smoothing, adds labor on top of that and vapor smoothing.
- Machine ROI
Industrial printers cost a lot to buy, run, and maintain. A good price has to recover that investment over time. That is part of why prices can look higher per hour on professional equipment. In return, you get consistent quality, tight tolerances, and repeatable results.
Design choices also affect cost. Smaller parts, hollowed-out sections, and fewer unnecessary features all lower the price. Our design resources can help you make smart choices. See the MJF design guide. If you don’t have a model yet, our partner design team can help.
Service Bureau Vs. At-Home Fdm Printing
Should you buy a printer or send your file to a service bureau? Here’s how the two options compare.
Service Bureau Printing
Pros:
- Advanced materials: Access to industrial nylon, glass-filled nylon, TPU, aluminum, and stainless steel that home machines can’t print
- A dedicated team: Trained staff handle file prep, printing, finishing, and inspection
- One-time costs: You pay per order, with no machine to buy, maintain, or repair
Cons:
- Potential shipping concerns: Parts need to be shipped to you, which adds time and cost
- Hands-off process: You don’t control the build, so you rely on your provider’s communication and quality
JawsTec keeps those concerns small with U.S. production, typical 4 to 5 day lead times, expedited options, and part inspection before shipping.
At-Home FDM Printing
Pros:
- Hands-on: You can iterate quickly and learn how printing works firsthand
- Low upfront cost for small jobs: Entry-level desktop printers are inexpensive, and basic filament like PLA is cheap, so simple parts, toys, and household fixes can cost very little once you own the machine
- Total control and privacy: You decide the settings, material, and timing, and your designs never leave your desk, which is handy for quick tweaks and personal projects
Cons:
- Limited material choice: Most desktop machines can’t handle industrial nylon or metal
- Frequent costs: Filament, nozzles, build plates, and replacement parts add up, and so does your time
- Strength trade-off: FDM parts are often weaker between layers than MJF or SLS parts
- Frequent errors: Failed prints, warping, clogs, and calibration problems waste both time and material
If you only need a few simple parts, a home printer can make sense. For functional parts, better strength, or repeatable quality, a service bureau is usually the better value once you count your time and failed prints.
How To Lower The Cost Of Your 3d Print
- Order more at once. Per-part prices on MJF and SLS drop as quantity rises because parts share the same build.
- Reduce part volume by hollowing or removing unneeded material.
- Choose the simplest finish that meets your needs.
- Pick a material that fits the job. Don’t over-spec.
- Upload your file early and compare options by changing material, color, and quantity in the quote tool.
Need a lower-risk way to test materials first? Order a sample set: https://app.jawstec.com/product/jawstec-sample-set/
Who Uses 3d Printing To Save Money?
Teams across many fields use 3D printing to cut tooling and lead-time costs. See examples in rapid prototyping, automotive, aerospace, medical, and consumer products.
The Bottom Line: How Much Does A 3d Print Cost?
A single 3D print can cost anywhere from a couple of dollars to several hundred. Size, material, print time, labor, and the machine used all play a part. For quick, simple parts, a home FDM printer can be inexpensive. For stronger parts, advanced materials, and consistent results, an industrial service bureau often delivers better value.
The fastest way to find your cost is to upload your file and see it for yourself.
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