Click here to learn how the Multi-Jet process works
High detail, smooth surface finish, thermoplastic-like prototype materials, capable of building large parts.
Max Part Size: mm 20″ x 20″ x 20″ , 25″ x 29″ x 21″, & 5.7″ × 5.7″ × 7.3″
Printed Layer Height: .006″, .004″, & 0.002″
Approximate Part Accuracy*: +/- .025″ for the first 5 inches, +/- .0025″ per inch thereafter
Click Here To See Available Materials: Ridge Plastic: NeXt (White – ABS like) – recommended general purpose material Accura ClearVue (Clear – ABS like) Accura 25 (White – polypropylene like) Accura® Xtreme™ White 200 (White – tough / polypropylene like) Clear Resin (Formlabs – Clear) Tough 2000 Resin (Formlabs – Ideal for rugged prototyping) Durable Resin (Formlabs – Ideal for pliable prototyping) High Temp Resin (Formlabs – High Temperature Resistance up to 460 °F) Flame Retardant (FR) (Formlabs – UL 94 V-0 Certified up to 232 °F) ESD Resin (Formlabs – A rugged ESD-safe material for applications like electronics manufacturing) Flexible and Elastic Resins: Flexible 80A (Formlabs – Hard Flexible Prototypes) Elastic 50A (Formlabs – Soft Flexible Prototypes) NOTE: ALL SLA parts can be sanded and painted any color requested Recommended Uses For Parts In These Materials: Prototypes, trade show models, specialized end use parts (specifically clear lenses). Click here to learn how the Multi-Jet process works Able to rapidly produce 1-5000 parts in end use materials like Nylon and TPU Rubber. Also good for prototype parts that need to be functional. Max Part Size: 15″ x 11.2″ x 15″ Printed Layer Height: .003″ Approximate Part Accuracy*: +/- .010″ for the first 1 inch, +/- .005″ per inch thereafter Click Here To See Available Materials: PA-12 (Black – Nylon 12) – recommended general purpose material PA-12 GB (Black – Nylon 12 40% Glass Bead) TPU Rubber (Gray – TPU Rubber 95A) NOTE: Multi-Jet parts can be painted many different colors upon request Recommended Uses For Parts In These Materials: Additive manufacturing production, end use parts, prototypes, extremely strong / wear resistance parts, high temperature capable parts, alternative to urethane casting for rubber parts. Click here to learn how the PolyJet process works Fastest printing technology, excellent surface quality, fine feature detail, and the ability to print combinations of hard plastic and soft rubber materials in the same part. Max Part Size: 19.7″ x 15.7″ x 7.9″ Printed Layer Height: 0.001″ & .0006″ Approximate Part Accuracy*: +/- .005″ for first 1 inch, +/- .0025″ per inch thereafter Click Here To See Available Materials: Vero (White, Black, Blue, Gray) – recommended general purpose material VeroClear (Clear) Digital ABS (Green, Ivory ) Agilus30 (White – Rubber like) Recommended Uses For Parts In These Materials: Prototypes, elastomer / rubber parts, trade show models. Click here to learn how the PolyJet process works Produces durable cost efficient parts in a wide range of colors / materials. Parts are made of strong thermoplastics that can be used for prototype or end use applications, capable of building very large parts. Max Part Size: 36″ x 24″ x 36″, 16″ x 14″ x 16″, & 10″ x 10″ x 10″ Printed Layer Height: .007″ & .010″ & .013″ Approximate Part Accuracy*: +/- .035″ for the first 5 inches, +/- .010″ per inch thereafter Click Here To See Available Materials: ABS M100 (Natural Ivory, Black, Silver Steel Gray, Ash Gray) – recommended general purpose material ABS M30 (Natural, White, Black, Dark Gray, Red, Blue) ABS-ESD7 (Black) PC-ISO (White) PC-ABS (Black) POLYCARBONATE ( PC ) (White) ULTEM 1010 (Dark Tan) ULTEM 9085 (Tan/Gold, Black) Recommended Uses For Parts In These Materials: Prototypes, trade show models, high temperature capable parts. Click here to learn how the SLS process works Perfect for producing large quantities of small or large end use parts in real thermoplastics. Max Part Size: 15″ x 13″ x 18″ & 27″ x 15″ x 22″ Printed Layer Height: 0.004” & 0.006” Approximate Part Accuracy*: +/- .015″ for the first 1 inch, +/- .010″ per inch thereafter Click Here To See Available Materials: PA 2200 (PA-12) (White – Nylon) – recommended general purpose material PA 3200 GF (PA-12 GF) (White – Glass Filled Nylon) DuraForm PAx Natural ( White – Nylon Copolymer ) Recommended Uses For Parts In These Materials: Low volume additive manufacturing, end use parts, prototypes, high temperature capable parts. Click here to learn how the DLP process works Printers that are able to produce ultra high resolution “injection molded like” parts in end use materials, limited to small parts only. Max Part Size: 7.4″ x 4.6″ x 12.8″ & 7.5″ x 4.25″ x 13.7″ Printed Layer Height: 0.003″ Approximate Part Accuracy*: +/- .005″ for the first 1 inch, +/- .0025″ per inch thereafter Click Here To See Available Materials: Loctite DLP Materials: LOCTITE IND406 – (Black – tough rigid and durable 3D printing resin that performs well in industrial applications requiring high temperature use. The material offers all-round strength, good impact resistance, and high elongation.) – Recommended general purpose material LOCTITE IND403 – (Black – high temperature resistance material that allows the production of parts with high surface quality and outstanding dimensional accuracy.) LOCTITE IND147 (Black – high temperature resistant photopolymer, and can be printed with very high resolution features 50 um) LOCTITE 3955 FST (Black – High performance Halogen-free flame retardant UL94-V0high modulus photopolymer resin) LOCTITE IND402 (Black – 70A rubber, elastomer material with high elongation and high resilience, excellent tensile strength and high energy return) Carbon DLP Materials: EPX 82 (Black – Combines functional toughness, stiffness, and temperature resistance, making it useful for a variety of automotive, industrial, and consumer applications) RPU 70 (Black – tough, rigid material that is a good choice for parts requiring strength, toughness, and moderate heat-resistance) RPU 130 (Black – strong and tough engineering polyurethane offering a unique combination of durability, impact resistance, and performance at elevated temperatures) EPU 40 (Black – 72A rubber, good choice for applications where high elasticity and tear resistance are needed) EPU 41 (Black – 71A rubber, production-grade elastomeric material that is especially well-suited for elastomeric lattices where high resiliency is needed) CE 211 (Amber – high-performance material with excellent strength, stiffness, and temperature resistance) SIL (Gray – 35A rubber, soft, biocompatible, and tear-resistant silicone urethane elastomer that is ideal for skin contact applications) Recommended Uses For Parts In These Materials: Alternative to urethane casting for rubber parts, low volume additive manufacturing of small parts, many exotic materials available. *A note on printed part accuracy: The accuracy of a part manufactured on a 3D Printer can be extremely dependent based on the size and overall design of a part. For projects that require tight accuracy we recommend reaching out directly to our sales engineers who will review your parts and offer a realistic estimate of their potential printed accuracy based on their design. They can also offer design advice and post processing options to help improve the accuracy of your part. For more information on this topic please check out our page on “What is the accuracy of 3D Printed parts“.
HP MJF 3D Printing:
PolyJet 3D Printing:
FDM 3D Printing:
SLS 3D Printing:
CLIP / DLP 3D Printing:
Have questions? Don’t see the machine or material you are looking for? Let us know, we have friends in service bureaus all over the country running every technology on the market producing 3D printed parts of all kinds. If we don’t have it, we know someone who does:
Sales@Forerunner3d.com – 231.722.1144
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