Production 3D Printing
End-use production parts without tooling investment. Advanced technologies and engineering-grade materials for serial manufacturing.
Free shipping on all US orders. ISO 9001, AS9100D, and ISO 13485 certified.
Tool-Free Manufacturing at Scale
Production 3D printing enables manufacturers to produce end-use parts without investing in expensive tooling or molds. Advanced technologies like HP Multi Jet Fusion, Selective Laser Sintering, and Carbon DLS deliver production-ready parts with mechanical properties suitable for demanding applications.
Unlike prototyping processes, production-grade 3D printing uses real thermoplastics and engineering-grade resins that perform in end-use environments. Parts can be produced economically from quantities of one to thousands, making additive manufacturing a viable alternative to injection molding for low-to-mid volume production.
Key factors for production viability include large build volumes for efficient nesting, high-speed printing capabilities, and material properties appropriate for functional applications. Our production processes excel in these areas, enabling cost-effective serial manufacturing.
Industries We Serve
Production 3D Printing Technologies
Four advanced processes optimized for serial manufacturing with production-grade materials.
HP Multi Jet Fusion
Powder-based technology with exceptional speed and balanced mechanical properties. Print multiple parts simultaneously with up to 10x faster speeds than traditional methods.
Key Benefits:
Materials:
Nylon 12 • Nylon 11 • Glass-Filled Nylon • Polypropylene • TPU
Selective Laser Sintering
Laser-fused powder bed technology producing highly accurate and durable parts. Ideal for complex geometries and dense nesting of production quantities.
Key Benefits:
Materials:
Nylon 12 • Nylon 11 • Glass-Filled • Carbon-Filled • Flame Retardant
Carbon DLS
Digital Light Synthesis uses continuous liquid interface production for isotropic parts with exceptional mechanical properties and surface finish.
Key Benefits:
Materials:
RPU 70 • EPX 82 • UMA 90 • EPU 40 • SIL 30 • FPU 50
Fused Deposition Modeling
Large-format thermoplastic printing with build volumes up to 24" x 36" x 36". Broadest material selection from general-purpose to high-performance polymers.
Key Benefits:
Materials:
ABS • ASA • PC • PC-ABS • ULTEM 9085 • ULTEM 1010
Ready to Start Production?
Upload your files for instant pricing on production quantities.
Get Production QuoteGeneral Purpose Production Materials
Versatile materials for housings, enclosures, and everyday production applications.
| Material | Process | Characteristics | Applications | Elongation |
|---|---|---|---|---|
| MJF Nylon 12 | HP MJF | Highly durable, heat resistant, watertight | Housings, enclosures, watertight parts | 15-20% |
| SLS Nylon 12 | SLS | Durable, heat resistant, natural white appearance | Housings, enclosures, general use | 18% |
| MJF Polypropylene | HP MJF | Chemical resistant, low moisture absorption | Piping, fluid systems, containers | 20% |
| ABS-M30 | FDM | Strong, tough, lightweight, rigid | Consumer electronics, housings | 2-7% |
| ASA | FDM | UV resistant, strong, matte finish | Outdoor applications, consumer parts | 3-9% |
| RPU 70 | Carbon DLS | High flexural strength, tough, moderate heat resistance | Housings, mechanical features, end-use | 100% |
Engineering Production Materials
High-performance materials for demanding applications requiring enhanced mechanical, thermal, or chemical properties.
| Material | Process | Characteristics | Applications | Elongation |
|---|---|---|---|---|
| MJF Nylon 11 | HP MJF | Ductile, high impact and chemical resistance | Snap fits, living hinges, sporting goods | 40-55% |
| MJF Nylon 12 GF | HP MJF | Glass-filled, high stiffness, dimensional stability | Fixtures, tooling, housings | 10% |
| SLS Nylon 12 CF | SLS | Carbon-filled, very stiff, high impact strength | Under-hood components, tooling | 4% |
| SLS Nylon 12 FR | SLS | FAR 25.853 flame retardant, durable | Aerospace ducts, electrical enclosures | 24% |
| Polycarbonate | FDM | High strength, impact and heat resistant | Mechanical components, tools, brackets | 2.5-4.8% |
| ULTEM 9085 | FDM | High strength-to-weight, chemical resistant, flame retardant | Aerospace parts, structural components | 2.2-5.8% |
| EPX 82 | Carbon DLS | High chemical resistance, impact strength, temperature resistant | Automotive housings, industrial environments | 5.9% |
Flexible & Rubber-Like Materials
Elastomeric materials for applications requiring flexibility, shock absorption, or rubber-like properties.
MJF TPU 88A
HP MJFShock absorbing, high flexibility, fatigue resistant
Insoles, seals, gaskets, grips
EPU 40
Carbon DLSDurable rubber-like, excellent elongation, Shore 68A
Buttons, grommets, strain reliefs
SIL 30
Carbon DLSTear-resistant silicone urethane, Shore 35A
Wearable devices, cushioning, gaskets
FPU 50
Carbon DLSExcellent elongation, fatigue resistant
Living hinges, friction fits, clips
Advantages of Production 3D Printing
Why manufacturers are choosing additive production for end-use parts.
No Tooling Required
Skip expensive molds and tooling. Go directly from CAD to production parts with zero upfront investment.
Faster Time to Market
Receive production parts in days instead of weeks. Iterate quickly and respond to market demands.
Economical at Low-to-Mid Volumes
Cost-effective for quantities from 1 to 10,000+ without the break-even concerns of injection molding.
Design Freedom
Complex geometries, internal channels, and consolidated assemblies that traditional manufacturing cannot achieve.
On-Demand Inventory
Print parts as needed to reduce inventory costs and eliminate minimum order quantities.
Bridge to Injection Molding
Use production 3D printing to supply parts while tooling is being developed for high-volume injection molding.
Design Considerations for Production
Part Suitability
Not all parts are ideal candidates for production 3D printing. Generally, smaller parts up to a few inches in maximum dimension work best, as more pieces can fit into a single build. Parts with broad, flat geometries may be susceptible to warping, making them challenging to produce consistently at scale. Our team can review your project to recommend the best manufacturing approach.
Ideal Characteristics
- Small to medium-sized parts (under 6" in max dimension)
- Complex geometries that benefit from additive
- Low-to-mid volume quantities (1 to 10,000+)
- Parts requiring rapid iteration or customization
Challenging Geometries
- ⚠Large flat surfaces prone to warping
- ⚠Very thin walls without adequate support
- ⚠Parts larger than process build volumes
- ⚠Extremely tight tolerance requirements (<±0.1mm)
Why Choose Artemis 3D for Production?
Endless Options
Choose from multiple production technologies and dozens of materials with various finishes and post-processing options.
Seamless Delivery
Parts delivered to your door with free shipping. No project management or logistics hassle on your end.
Certified Quality
ISO 9001:2015, ISO 13485, AS9100D, and IATF 16949 certified. Consistent quality across every production run.
Start Your Production 3D Printing Project
Upload your CAD files and get instant pricing for production quantities across multiple technologies and materials.