Increase your investment casting workflow efficiency for prototyping and production of metal components of any complexity and size with fast, economical, and highly accurate 3D printed patterns.
Up to 90%
cost reduction over conventional wax patterns
100%
tooling elimination
100%
fit into the investment casting process

Supporting Your Business Growth and Profitability with Industry Expertise

Investment casting is one of the world’s oldest manufacturing methods. Despite recent advances, it remains a manual process of pattern, mold, and casted part creation. Automation improvements in sprue assembly and shell building have streamlined mass production. Yet the requirement for tooling to deliver casting patterns is a barrier to fast part delivery and innovation. Digital processes and new investment casting technologies are poised to deliver massive time and cost savings. Workflows that took weeks can now be done in hours.

From the testing and iteration stages to the end-use metal components production, 3D Systems has developed advanced 3D printing solutions for scalable production of 100% wax or castable plastic patterns. These solutions offer a profitable way for foundries to achieve production-grade casted parts faster and more affordably than ever before, and to become increasingly responsive to customer requirements. 3D Systems’ digital foundry solutions eliminate the need for tooling to bring new agility and cost-effectiveness to investment casting pattern production and enable higher performing, more complex parts for casting in production volumes.
 

a graphic showing investment casting pattern process

3D printed patterns are burned out into the standard investment casting process.

Addressing Investment Casting Patterns Manufacturing with 3D Printing

  • Rapid Order Fulfillment

    Meeting demand and quality standards requires fast design iteration, customization, updates, and adjustments on the fly, as well as the capability to deliver expected volume production batches. Foundries highly responsive to customer demand will get the new contracts. 3D Systems solutions deliver cost-effective, high-quality 3D printed patterns with quick turnaround and high throughput at factory scale.

  • Background image

  • Design Complexity and Flexibility

    The layer-by-layer build of 3D printed casting patterns means foundries can quickly and inexpensively deliver what were previously impossible or difficult to produce geometries. The combination of topology optimization, light weighting or assembly consolidation strategies with additive manufacturing of casting patterns means digital foundries can address the most challenging customer demand.

  • a person standing next to a 3D printed combustion casting

  • High Quality Castings

    Variabilities in investment casting quality are caused by many factors, all of which can affect surface quality and accuracy. Our 3D printing solutions for investment casting produce high-fidelity and smooth surface finish patterns that are fully compatible with your processes. These result in accurate and high-quality metal castings with complete, ash-free pattern burn out.

  • 3D printed combustion stage

  • Reduced Costs

    Beyond eliminating tooling need, costing tens to hundreds of thousands of dollars and requiring storage space, reduced labor enabled by downstream compatibility with automation, minimized waste with high material efficiency, end-to-end 3D printing solutions, and reduced finishing with smooth pattern surfaces contribute to reduced cost per part.

  • 3D Systems ProJet MJP 2500 IC 3D Sprint Bracket Build Image

Customer Stories

3D Printing Solutions for Your Investment Casting Workflow

100% Wax Patterns in Hours Without Tooling

Developed for the investment casting professional, our wax MultiJet 3D printing solution produces small to mid-size 100% wax patterns at a significantly lower cost and in less time than traditional pattern production for low to medium-volume jobs. Delivering quality, accuracy and repeatability, it generates wax patterns that drop seamlessly into existing investment casting processes, with the same melt and burn-out characteristics of standard casting waxes. This solution is ideal for customized metal components, bridge manufacturing and low volume production.

Projet 2500 IC casting bracket

High Quality, Lightweight Plastic Patterns in Hours

The QuickCast® build style is an SLA print methodology developed by 3D Systems to answer a pressing need for the investment casting industry. This highly productive solution offers all the benefits of legendary stereolithography for investment casting applications: smooth surfaces, high quality and resolution for complex geometries and exceptional accuracy. It creates small to extra-large lightweight, yet strong, castable plastic patterns that burn out with virtually no ash residue. 3D Systems’ castable resins are also available in antimony-free varieties, enabling more reactive metals like Titanium to be cast.

an impeller made from investment casting using 3D printing technology

From Micro to Macro

Our 3D printers are able to produce finely detailed, high-resolution patterns in sizes ranging from just a few millimeters, all the way up to 1.5 meters long in one piece, minimizing the amount of assembly for larger patterns—all at the same exceptional resolution and accuracy, with virtually no part shrinkage or warping. Further, 3D Systems has seamless workflows for parts that exceed the build volume, guiding users through the sectioning and post-print joining steps needed to produce a perfect pattern, whatever its size. 

a man standing inside of a 3D printed stator, showing that the scale is larger than him

Applications Consulting

Through our Application Innovation Group, we leverage years of investment casting and additive manufacturing expertise to help find optimized solutions for your applications. We help foundries establish their own 3D printing capabilities that reduce costs and ramp times. Through hands-on training and consultation—and the transfer of prequalified manufacturing processes to your site—our dedicated team works with you across every step, from pre-production to full-scale volume production.

a room of 3D printers

Unlock the future of investment casting with QuickCast Air™

Experience faster, lighter, and more accurate casting solutions with the innovative QuickCast Air™ technology.

Learn More About our Solutions for Investment Casting

ProJet MJP 2500 IC

Werkzeuglose Produktion von Gussmodellen aus 100 % Wachs

3D Systems VisiJet M2 ICast material for 3D printing on the ProJet MJP 2500 IC

VisiJet M2 ICast (MJP)

100% Wachsmodelle für industriellen Feinguss

3D-Drucker SLA 750

SLA 750 do not use

Additive Fertigungslösung für Stereolithografie im Industriemaßstab

SLA Accura Fidelity-QuickCast Diamond knuckle

Accura Fidelity (SLA)

Highly accurate, humidity/moisture resistant, antimony-free casting patterns

3D Systems ProX 950 3D Printer (SLA) large-format 3D printing

ProX 950

Alle Vorteile des SLA-3D-Drucks in extragroßem Format

3D Systems Accura CastPro SLA

Accura CastPro (SLA)

Hochpräzise, mit ausgezeichneter Feuchtigkeitsbeständigkeit

3D Systems SLA Accura Clearview Headlamp

Accura ClearVue (SLA)

Hochklarer Kunststoff für unterschiedlichste Anwendungen

3D Systems SLA Accura 60 – Propeller

Accura 60 (SLA)

Fester und klarer Kunststoff mit der Anmutung von Polycarbonatguss

hero-3d-systems-projet-2500-ic-casting-bracket-2-wax- bracket on left has supports

VisiJet Support Wax Remover (MJP)

Nachbearbeitung von MJP-Material für Wachsmodelle

3D-Prototyping-Drucker ProJet 7000 HD 3D-Drucker (SLA) von 3D Systems

ProJet 7000 HD

Durchgängige Lösung im mittleren Bereich für SLA-Qualität und Genauigkeit

Resources

  • Projet 2500 IC casting bracket

    Investment casting Solutions Brochure

    3D Systems’ tool-less digital manufacturing solutions have changed the landscape of investment casting with 3D printing of high quality wax and resin casting patterns in hours that allow high complexity metal part production at significantly lower costs.

    Download the Investment Casting Brochure
  • sla accura fidelity quickcast diamond knuckle

    The Benefits of Investment Casting with SLA

    Discover how stereolithography (SLA) investment casting patterns fit seamlessly into foundry workflows and are advancing casting applications in aerospace, automotive, and more. Companies like Vaupell are using QuickCast to dramatically reduce the time and cost of investment casting patterns.

    Watch the Webinar
  • sla accura fidelity quickcast diamond break caliper

    Summary- QuickCast Diamond - New Internal Smart Support Structures

    Get an overview of how the 3D Systems master pattern solution with QuickCast Diamond build style produces master patterns that are up to 30% lighter and have even more consistent strength than previous QuickCast build styles. For even lighter patterns and improved economics.

    3D Systems QuickCast Diamond Flyer
  • ProJet MJP 2500 IC wax

    6 Reasons to Adopt 3D Printed Patterns in your Investment Casting Process

    With easy-to-use 3D printing technologies and materials from 3D Systems, investment casting patterns that drop seamlessly into existing metal casting processes deliver untold productivity benefits for foundries. Relying less on expensive tooling and more on rapid production of casting patterns to meet customer needs, it also enables more complex digital designs to be manufactured.

    Download the Infographic

Do you want to discuss our solutions for foundries with an expert?

  • Application Innovation Group

    Unser Team kann Ihnen helfen, Ihre schwierigsten Herausforderungen bei Design und Produktion mit additiven Fertigungslösungen zu bewältigen. Gemeinsam ermitteln wir Ihren Bedarf und arbeiten mit Ihnen an der Optimierung Ihrer Entwürfe, dem Prototyping, der Validierung und der Definition eines Fertigungsablaufs.
    Weitere Informationen