Low-Volume 3D Printing Production
What is low-volume 3D printing production?
It is making a batch of finished parts directly from a CAD file, with no mold or tooling. Each part is priced on its own, quantity tiers lower the per-part price automatically, and a changed design is a new file rather than a new tool.
A printed part's price falls more slowly with quantity than a molded part's does, because there is no tool to spread across the run. That is why printing suits batches whose design may still change, products with several variants, and demand you cannot yet forecast, and why a frozen, high-volume part deserves a real mold quote to compare against.
Related: Compare 3D printing with injection molding.
Upload your file to get exact pricingWhen printing is the right production method
| Printing fits when | Why |
|---|---|
| The design may still change | No tool to rework; a new revision is a new quote |
| Several variants or sizes | Each part is priced on its own; no tool per variant |
| Demand is uncertain or seasonal | Order what you need now and reorder the same files later |
| Parts are needed before a mold could be ready | No tooling step before the first part |
| Look elsewhere when | What to do |
|---|---|
| The design is frozen and demand is steady and high | A mold spreads its cost over every part; compare a real mold quote |
| You need metal or a plastic we do not print | See the materials catalog for what we print |
| A feature needs a tolerance tighter than the published guidance | Ask for the free printability review before ordering |
Capabilities and limits
Processes
FDM for strong functional parts in engineering plastics, and SLA for fine detail and smooth surfaces. One order can mix both; each part is priced by its own process and material.
Largest part in one piece
FDM 350 × 320 × 325 mm, SLA 353.2 × 198.7 × 400 mm, in any orientation. Larger parts go to large-format review, where they can be split into sections and assembled.
Tolerances
Typically FDM ±0.2 mm and SLA ±0.1 mm. That is general guidance that depends on geometry, not a guarantee; see tolerances and accuracy.
Materials and finishing
The full materials catalog is available for production. FDM post-processing (sanding, vapor smoothing for ABS and ASA, painting, threaded insert installation, dyeing and assembly) is quoted on request.
How a production order works
Step 1
Approve a first article
Order one part, or a small pilot quantity, in the exact process, material, color and finish the batch will use, and sign it off against a named file revision.
Step 2
Quote the batch
Upload the approved revision and set process, material, color and quantity for each part. Quantity tiers are applied automatically, and you can compare quantities before you commit.
Step 3
Choose speed and pay or send a PO
Pick Standard, Priority or Express on the quote, each with its own ship-date estimate, then pay online or send a purchase order.
Step 4
Production and shipping
Parts are printed and shipped from Fort Lauderdale, FL. The shipping step shows each carrier's own delivery estimate for your address.
Step 5
Reorder from the same files
With an account, "Order this again" on a past order starts a fresh quote from that order's exact files and configuration, priced at current rates.
Production time and delivery time are separate. The ship date on the quote depends on the speed you choose and the parts in the order; the carrier's transit time is added after shipping, and the shipping step shows each carrier's estimate before you pay.
Files and paperwork for a batch
Files
STEP, IGES and 3MF carry their units. STL and OBJ carry none and are read as millimeters, so check the measured size in the Model size panel on the quote and set the file's unit if it is wrong. Put the revision in the file name. More in STL units and what a CAD review checks.
Purchasing
Pay online or send a purchase order. A business account offers volume pricing, net terms on approval and tax-exempt setup, and the vendor form returns our W-9, certificate of insurance and capability statement.
Guides for a production run
- Ordering 25, 50, 100, or 1,000 3D Printed Parts: What Changes After the First Prototype?
What changes when a printed prototype becomes a batch: first-article approval, revision control, quantity pricing drivers, inspection and repeat orders.
- 3D Printing vs Injection Molding: Which Costs Less at 100, 500 or 1,000 Parts?
How a mold's cost spreads over 100, 500 and 1,000 parts, a worksheet to compare your print quote with a mold quote, and the factors that usually decide.
- Ordering 3D Printed Parts for a Business: Quotes, Invoices, W-9s, and Purchase Orders
What a purchasing team needs to buy 3D printed parts: a quote that matches the PO, vendor documents, tax status, invoices, revisions and approval steps.
Frequently asked questions
What counts as low-volume production?
Will the second batch match the first?
At what quantity should we switch to injection molding?
Can one production order mix FDM and SLA parts?
Do you accept purchase orders and net terms?
What is the largest part you can produce in one piece?
Quote your production batch
Upload the approved file revision, set the quantity for each part and see the tiered price before you commit.
Get Instant Quote →