Miller 3D Printing can assist you with 3D printing and additive manufacturing utilizing a wide range of materials, from elastomers to metals. These include:
Materials and Technologies
STEM Students using Metal and Carbon Fiber 3D Printers at Rochester Institute of Technology
See how 3D printing has been utilized at Rochester Institute of Technology (RIT) through the use of several carbon fiber 3D printers and a metal 3D printer. Upstate New York university RIT has roughly 19,000 students, and is the third-largest producer of undergraduate STEM degrees among all private universities in the United States. When the… Read more »
Shukla Medical: Using 3D Printing to Get Tools in Surgeon’s Hands Faster
The breakdown Challenge Shukla Medical, a wholly owned subsidiary of aerospace manufacturer S.S. White Technologies, designs and manufactures universal orthopedic implant removal tools such as the Xtract-All® Spine Universal Spinal Implant Removal System (see cover image). Their products are used by surgeons worldwide to efficiently take out old implants before replacing them with new ones… Read more »
A video test of Markforged’s Onyx FR’s flame retardant capabilities
Putting feet to the fire: A video test of Markforged’s Onyx FR’s flame retardant capabilities. Time to play with matches! Because of the huge potential of an affordable & Flame-retardant composite plastic that can be 3D printed, we decided to put Markforged’s Onyx FR to the test. In the video, we hung up two sample… Read more »
Showcasing H13 Tool Steel: Specs and Video of OUR FIRST PRINT!
Hello, World! Matt Jones from Miller 3D here with the newest, exciting developments for the Markforged Metal X! Today we decided to showcase the newest material that has been released by our partner: H13 Tool Steel. You can check out the video to see our very first print of H13 Tool Steel in action… Read more »
We can also assist with medical models requiring full color reproductions (From CAT scans, etc.) as well as additive manufacturing featuring some ceramic materials.
| Technology | Printer Models | Materials | Build Volume | Applications Advantages | |
|---|---|---|---|---|---|
 | DMP (Direct Metal Printing) | Flex 100 Flex 350 ProX 100 ProX 200 ProX 350 ProX 500 Factory 350 Factory 500 | LaserFormTM TiGrades 1, 5, 23 Ni718, N625 SS 316L, 17-4PH MaragingSteel AlSi10, AlSi7 Cobalt-Chrome | 3.94″ x 3.94″ x 3.54″ up to 20.7″ x 20.7″ x 20.7″ | End Use Parts High Density High Accuracy High Resolution Fine Surface Finish Thin Wall Thickness |
 | SLS (Selective Laser Sintering) | sPro 60 sPro 140 sPro 230 ProX 6100 | Production Grade
Nylons TPU Composites | 15″ x 13″ x 18″ up to 22″ x 22″ x 30″ | End Use Parts Durability Impact Resistance Throughput Low Part Cost High Resolution Fine Surface Finish |
 | SLA (Stereolithography) | ProJet 6000 ProJet 7000 ProX 800 ProX 950 | Various Plastics Durable & Clear High Temp Plastics | 10” x 10” x 10“ up to 59” x 30” x 22” | End Use Parts Prototypes Build Size High Accuracy High Resolution Fine Surface Finish Throughput Low Part Cost |
 | MJP (MultiJet Printing) | ProJet 2500 Plus, ProJet 2500 IC, ProJet 2500 W, ProJet 3600, ProJet 5600 | Plastics, Waxes, Elastomers | 11.6” x 8.3“ x 5.6” up to 21” x 15“ x 11.8” | Prototyping Concept Development High Resolution High Accuracy Office Friendly Batch Post Processing Investment Cost Application Versatility |
 | CJP (ColorJet Printing) | ProJet 260 Plus ProJet 360 ProJet 460 Plus ProJet 660 Pro ProJet 860 Pro | 6 Million Color Gypsum CMYK | 9.3” x 7.3“ x 5” up to 20” x 15” x 9” | Concept Development Print Speed High Resolution Office Friendly Full-Color |
| ADAM (Atomic Diffusion Additive Manufacturing) | Metal X | 17-4 Stainless Steel H13 Tool Steel D-2 Tool Steel A-2 Tool Steel Inconel 625 Titanium Ti6Al4V Copper Coming soon: 316L Stainless Steel | 9.25" x 4.85" x 6.37" | End Use Parts Tooling Fixturing Prototypes Spare Parts Industry Standard Materials, Material Change-Over, Safe Working Conditions, Short Learning Curve |
 | CFF (Continuous Fiber Filament) | Desktop Series Industrial Series | Nylon, Onyx (Chopped Carbon Fiber), Onyx FR, Carbon Fiber, Kevlar®, Fiberglass, HSHT Fiberglass Coming soon: Onyx ESD | 12.59” x 5.19” x 6.29”
up to 12.99” x 9.84” x 7.87” | End Use Parts Workholdings Tools Prototypes Material Versatility Durability Toughness Strength-to-Weight |
| FFF (Fused Filament Fabrication) | BigRep One BigRep Studio BigRep Pro BigRep Edge | PETG Hi-Temp PLA TPU PET-CF ASA PA 6/66 PVA BVOH | 39.5" x 39.5" x 39.5" or 39.3" x 19.6" x 19.6" or 42.5" x 38.5" x 37.7" or 59.0" x 31.4" x 23.6" | End Use Parts Workholdings Tools Prototypes Large-Scale Printing Fast Print Speeds |