Resin is used as the plastic material for Figure 4, Stereolithography (SLA) and entry-level industrial technologies. It is a liquid polymer that is UV sensitive and is hardened layer by layer by either a laser (in the case of SLA) or a projector image (in the case of Figure 4 or entry-level industrial printers). Resins can have properties similar to ABS, Polypropylene or elastomers. After printing, resin parts require post-curing in a UV curing unit for the best results possible.
The ProX 800, 3DS' latest industry-leading Stereolithography 3D printer, features a revolutionary new laser print head and a print material management system to go along with its legendary SLA accuracy and speed.
Powder-based Nylons and reinforced/composites used on Selective Laser Sintering 3D printing technology is fused by a laser to form tough and durable production parts. These materials are designed to offer a full range of capabilities and isotropic properties, from rigid to elastomeric, high elongation, high impact strength, and high temperature resistance.
An aerospace duct made from production-grade nylon with Selective Laser Sintering (SLS).
3D print investment casting patterns to create a digital workflow that eliminates tooling for pattern production. Print patterns in wax or plastic. Wax patterns fit in existing investment casting processes, making it ideal for customized metal components, bridge manufacturing and low volume production. Our castable resins are also available in antimony-free varieties for aerospace castings.
Wax 3D printed casting patterns from 3D Systems’ ProJet MJP 2500 IC are made from real wax and drop seamlessly into the investment casting process.
3D Systems offers a number of USP Class VI certified materials capable of meeting ISO 10993-5 & -10 standards for biocompatibility, suitable for use in certain medical applications such as surgical guides, as well as a portfolio of 30 unique NextDent biocompatible materials to address multiple dental applications. All NextDent materials are biocompatible and CE-certified, FDA listed and classified in accordance with the international medical device regulations.
Learn how the speed and accuracy of 3D Systems' NextDent 5100 3D Printer for dental is helping change the outlook of dentistry for Dr. Daniel Wismeijer and Prof. Eddie Chaoho Chien.
ABS & Polypropylene-like
Powder-based Nylon 11, Nylon 12 and reinforced/composites used on Selective Laser Sintering 3D printing technology is fused by a laser to form tough and durable production parts. These materials are design to offer a full range of capabilities and isotropic properties, from rigid to elastomeric, high elongation, high impact strength, and high temperature resistance.
3D Systems’ new engineering materials for the ProJet® MJP 2500 Series deliver advanced capability for functional prototyping across a range of applications, from high impact to high pliability to high contrast.
Plastic Materials and 3D Printing
3D Printing Applications for Plastics
Solutions that streamline workflow to accelerate digital design, create appearance models and build functional prototypes.
Additive manufacturing at scale for plastic parts is now a reality, with the productivity, durability, repeatability, and lower total cost of operation manufacturers require.
Accelerate the delivery of high-quality metal products and casting patterns with 3D printed wax and SLA casting patterns.
Jigs and Fixtures
Produce accurate jigs and fixtures with 3D printing to provide a fast and cost-effective way to advance your manufacturing process.
Explore the Best 3D Printing Technologies
3D Systems invented 3D printing. We produce hundreds of thousands of plastic parts with our printers, plastic materials, services and specialized software. How can we help you?
Software is the key to transforming data from 3D scans, illuminating designs, and inspecting part quality, and is used every day to enable manufacturing for traditional and 3D-based manufacturing processes. Explore our end-to-end software portfolio today.
“With 3D printing, the real strengths so far are complexity and customization. If you have a manufacturing process where you need a lot of detail or a lot of differentiation between parts, that’s where 3D printing can play.”
— Chuck Hull, Founder and Chief Technology Officer, 3D Systems
Explore the new range of groundbreaking, production-capable photopolymers delivering exceptional mechanical properties and long-term environmental stability for end-use parts and production applications.
Discover the streamlined production workflows and technology enabling higher yield, efficiency of scale, repeatability, and process reliability, and how this drives the fastest time-to-part, unrivaled uptime, and increased capacity.
Sporting goods retailer seeks to avoid expense of tooling by validating high-speed Figure 4 solution with new 3D Sprint stacked printing feature as the best option to produce safety glasses components....