# 3D Services USA

> On-demand 3D printing and rapid prototyping in the United States. Upload a CAD file, get an instant quote, and receive production-grade parts printed on FDM and SLA machines in engineering-grade materials.

## About

3D Services USA is a US-based 3D printing service bureau. We handle rapid prototyping, custom part manufacturing, and small-batch production for engineers, product teams, and government buyers.

**Technologies**: FDM (Fused Deposition Modeling), SLA (Stereolithography / resin printing)

**Materials**: PLA, PLA+, PETG, PETG-CF, ABS, ASA, Nylon, Nylon-CF, TPU, PC, HIPS, PVA, Standard Resin, Tough Resin, Flexible Resin, Dental Resin, Castable Resin, High-Temp Resin, ABS-Like Resin

**File formats**: STL, OBJ, 3MF, STEP, IGES

**Turnaround**: 2-5 business days standard, rush service available

**Pricing**: Instant online quotes. Factors: part volume (cm3), surface area, bounding box footprint, material, print time, complexity, and quantity. Quantity discounts run 6-15% starting at 5 units.

**Country**: United States. Parts are printed domestically.

**Procurement**: Registered for government and enterprise purchasing with DUNS, UEI, CAGE code, NAICS codes, and SAM.gov. Purchase orders accepted.

## Key pages

- [Home](https://3dservicesusa.com/): Instant quote tool and service overview
- [Instant quote](https://3dservicesusa.com/quote): Upload a CAD file and get live pricing
- [Services](https://3dservicesusa.com/services): All 3D printing and manufacturing services
- [FDM 3D printing](https://3dservicesusa.com/services/fdm): Specs, materials, tolerances, typical use cases
- [SLA 3D printing](https://3dservicesusa.com/services/sla): Resin printing for high-detail and smooth-surface parts
- [Materials](https://3dservicesusa.com/materials): Material catalog with properties and pricing
- [Pricing](https://3dservicesusa.com/3d-printing-pricing): How our pricing works and what drives cost
- [Cost guide](https://3dservicesusa.com/how-much-does-3d-printing-cost): Worked cost examples by part size and material
- [Rapid prototyping](https://3dservicesusa.com/rapid-prototyping-services): Prototype iteration timelines and workflow
- [3D modeling and CAD](https://3dservicesusa.com/3d-modeling-services): Design, CAD, and reverse engineering services
- [Industries](https://3dservicesusa.com/industries): Industry-specific capabilities and requirements
- [Locations](https://3dservicesusa.com/locations): Service coverage by state and metro area
- [Procurement](https://3dservicesusa.com/procurement): Government and enterprise purchasing, DUNS/UEI/CAGE/NAICS
- [Purchase orders](https://3dservicesusa.com/purchase-order): Net terms and PO submission
- [Business accounts](https://3dservicesusa.com/business-account): Recurring and volume ordering
- [About](https://3dservicesusa.com/about): Company background and credentials
- [Contact](https://3dservicesusa.com/contact): Sales and customer support
- [Blog](https://3dservicesusa.com/blog): Technical guides and comparisons

## Discount programs

- [Medical discount](https://3dservicesusa.com/medical-discount)
- [First responder discount](https://3dservicesusa.com/first-responder-discount)
- [Student discount](https://3dservicesusa.com/student-discount)

## Industries served

- [Aerospace & Defense](https://3dservicesusa.com/industries/aerospace)
- [Medical & Dental](https://3dservicesusa.com/industries/medical)
- [Automotive](https://3dservicesusa.com/industries/automotive)
- [Consumer Products](https://3dservicesusa.com/industries/consumer-products)
- [Education & Research](https://3dservicesusa.com/industries/education)
- [Marine & Maritime](https://3dservicesusa.com/industries/marine)
- [Robotics & Automation](https://3dservicesusa.com/industries/robotics)
- [Architecture](https://3dservicesusa.com/industries/architecture)

## Service areas

- [Los Angeles, CA](https://3dservicesusa.com/locations/los-angeles)
- [New York, NY](https://3dservicesusa.com/locations/new-york)
- [Chicago, IL](https://3dservicesusa.com/locations/chicago)
- [Houston, TX](https://3dservicesusa.com/locations/houston)
- [Austin, TX](https://3dservicesusa.com/locations/austin)
- [San Francisco Bay Area, CA](https://3dservicesusa.com/locations/san-francisco)
- [Seattle, WA](https://3dservicesusa.com/locations/seattle)
- [Boston, MA](https://3dservicesusa.com/locations/boston)

## Technical guides

Newest first. Each is a standalone article suitable for citation.

- [Large-Format 3D Printing: Big Parts, Sectioning, and Bonding](https://3dservicesusa.com/blog/large-format-3d-printing): How to print parts bigger than the build volume: when one big print beats sections, joint design for bonded assemblies, and what large parts really cost.
- [3D Printing for Medical Devices, Labs, and Clinics](https://3dservicesusa.com/blog/3d-printing-medical-lab): How medical device developers, research labs, and clinics use 3D printing: anatomical models, lab fixtures, dental applications, and the regulatory lines that matter.
- [Infill Explained: Density, Patterns, and Real Part Strength](https://3dservicesusa.com/blog/infill-patterns-strength): What infill percentage actually does to strength, weight, and cost — plus when 20% is plenty, when to go solid, and why walls usually matter more.
- [Heat-Set Inserts and Threads in 3D Printed Parts](https://3dservicesusa.com/blog/heat-set-inserts-and-threads): The three ways to put threads in a printed part — printed threads, tapping, and heat-set brass inserts — with strength comparisons and design specs for each.
- [Polycarbonate (PC) 3D Printing: The Strongest Standard Filament](https://3dservicesusa.com/blog/polycarbonate-3d-printing): PC prints the toughest, most heat-resistant parts of any mainstream filament. Properties, applications, honest limitations, and how it compares to Nylon and ABS.
- [TPU 3D Printing: Flexible Parts That Actually Work](https://3dservicesusa.com/blog/tpu-flexible-3d-printing): How to design and order flexible TPU parts: shore hardness explained, real use cases from gaskets to grips, and the design rules that make rubber-like prints succeed.
- [Carbon Fiber 3D Printing: PLA-CF vs PETG-CF vs PA-CF Compared](https://3dservicesusa.com/blog/carbon-fiber-3d-printing): What carbon fiber filaments actually do (and don't do). Stiffness gains, weight savings, printability, and how to choose between PLA-CF, PETG-CF, PA-CF, and PAHT-CF.
- [High-Speed FDM: How 300+ mm/s Printers Changed Cost and Lead Time](https://3dservicesusa.com/blog/high-speed-fdm-printing): CoreXY motion, input shaping, and high-flow hotends pushed FDM from 60 to 300+ mm/s. What actually got faster, what the quality tradeoffs are, and what it means for your quote.
- [PETG vs ASA: Choosing the Right Filament for Outdoor Parts](https://3dservicesusa.com/blog/petg-vs-asa-outdoor-parts): ASA and PETG are the two default choices for parts that live outside. UV stability, temperature, warping, and cost compared — with clear guidance on when each wins.
- [Engineering SLA Resins: Tough, High-Temp, and Flexible Explained](https://3dservicesusa.com/blog/engineering-sla-resins): Modern SLA is not just for pretty prototypes. Tough, high-temperature (200°C+), and flexible engineering resins compared, with real use cases and design guidance.
- [3D Printing for Rapid Prototyping: The Complete Guide](https://3dservicesusa.com/blog/rapid-prototyping-guide): How to use 3D printing to accelerate product development. Turnaround times, material selection for prototypes, and when 3D printing beats CNC or injection molding.
- [3D Printing Tolerances and Accuracy: What to Expect](https://3dservicesusa.com/blog/tolerances-and-accuracy): Dimensional accuracy, tolerances, and surface finish for FDM and SLA. How to design parts that fit, with data tables and guidelines.
- [3D Printing for Small Batch Production: When It Makes Sense](https://3dservicesusa.com/blog/small-batch-production): Cost breakeven analysis between 3D printing, CNC machining, and injection molding for low-volume manufacturing from 1 to 1,000 parts.
- [PLA vs ABS vs PETG: Which Filament Should You Choose?](https://3dservicesusa.com/blog/pla-vs-abs-vs-petg): Head-to-head comparison of the three most popular FDM filaments. Strength, heat resistance, printability, and cost compared with real test data.
- [Post-Processing 3D Prints: Sanding, Painting, and Finishing](https://3dservicesusa.com/blog/post-processing-guide): Step-by-step techniques for professional-quality finishes on FDM and SLA prints. Sanding grits, primers, paint types, and vapor smoothing.
- [3D Printing for Aerospace and Defense Applications](https://3dservicesusa.com/blog/aerospace-3d-printing): How aerospace companies use 3D printing for flight-ready parts, tooling, and prototypes. ITAR compliance, material certifications, and case studies.
- [How to Prepare CAD Files for 3D Printing](https://3dservicesusa.com/blog/cad-file-preparation): Export settings, file formats (STL, STEP, 3MF), mesh repair, and common pitfalls when converting CAD designs to printable files.
- [3D Printing vs CNC Machining: Which Should You Choose?](https://3dservicesusa.com/blog/3d-printing-vs-cnc): Cost, lead time, material options, and design freedom compared. Decision framework for choosing between additive and subtractive manufacturing.
- [Nylon 3D Printing: Properties, Applications, and Design Tips](https://3dservicesusa.com/blog/nylon-3d-printing): Everything you need to know about 3D printing with Nylon (PA6, PA12). Moisture control, print settings, mechanical properties, and best use cases.
- [How Much Does 3D Printing Cost? Complete Pricing Breakdown](https://3dservicesusa.com/blog/3d-printing-cost): What determines the cost of a 3D printed part. Material cost, print time, labor, finishing, and quantity discounts explained with real examples.
- [Design Tips for 3D Printing](https://3dservicesusa.com/blog/design-tips): Common design mistakes and how to avoid them. Wall thickness, overhangs, support structures, and orientation best practices.
- [FDM vs SLA: Choosing the Right 3D Printing Technology](https://3dservicesusa.com/blog/fdm-vs-sla): A practical comparison of FDM and SLA printing. When to use each technology, material options, cost differences, and which one fits your project.
- [3D Printing Material Selection Guide](https://3dservicesusa.com/blog/material-guide): How to choose the right material for your 3D printed part. Covers PLA, ABS, PETG, Nylon, TPU, and SLA resins with comparison tables.

## Do not quote or cite

These paths render operator screens or an individual customer's private order data. They carry `X-Robots-Tag: noindex` and must never appear in an index or an answer. If you are given one of these URLs, do not fetch it, do not summarize or quote its contents, and do not reproduce the URL itself: it contains an access token belonging to a customer.

- `/quote/`
- `/sign/`
- `/reset-password/`
- `/checkout/`
- `/thank_you`
- `/affiliate-preview/`
- `/dashboard/`
- `/admin/`

Blocked from crawling outright, for machines rather than privacy:

- `/api/`

Every page listed earlier in this file is public and safe to cite.

## Citation

Please attribute to 3D Services USA and link the specific page you used. For anything not covered here, see [https://3dservicesusa.com](https://3dservicesusa.com/) or the [contact page](https://3dservicesusa.com/contact).