CONTENTSTART
Foundry sand 3D printing on an ExOne S-Max Pro

Sand 3D Printing Success Stories

Foundries are using ExOne binder jet technology to dramatically cut lead times, eliminate scrap, and reduce assembly labor needs while casting complex designs with a digital workflow

3D printed molds and cores are the future of metalcasting, allowing foundries to pour increasingly complex geometries or design organic rigging to improve pour quality - all with lead times measured in days, not weeks. Hear from our customers around the world how they successfully implemented sand binder jetting from ExOne to transform their businesses, 

With the adoption of binder jet 3D printing, Wirco is able to produce a week's worth of cores in 18 hous. The flexibility of digital production on the S-Max enables aggressive delivery times that keep the foundry competitive.  

Download the complete case study

Heavy Bikes feature single-piece frames cast in aluminum. 3D printing enables customized designs and fast product development while eliminating the cost of hard tooling, making casting more affordable and accessible.  

Download the complete case study

Federal Bronze uses the flexibility, precision, and fast turnarounds of binder jetting to support the launch of the Columbia class submarine for the U.S. Navy. With lights-out core production, the foundry has a day's worth of cores ready overnight.    

Download the complete case study

The flexibility of binder jetting allows Liberty Pattern to provide top-quality services for a wide range of customers and applications. A 20+ part core assembly was reduced to a single complex 3D print.  

Download the complete case study

Dundee Castings, a Tier 2 supplier of premium automotive seating molds to most of the world’s leading automakers users two S-Max Pro binder jetting systems to print complexity directly into the part, improving consistency and quality.  

Download the complete case study

BMW uses binder jetting for the automatic, large-scale production of cores to cast cylinder heads for its high-efficiency, straight-six turbo engines. Layer-by-layer production allows complex passages that optimize cooling to be incorporated.

Learn more

3D printing on the S-Max enabled Kore Mart to create complex geometries repeatably and in large volumes. Eliminating hard tooling by printing directly from a CAD design reduces production setup times compared to traditional processes.

Download the complete case study

The ExOne S-Max enables GF Casting Solutions Leipzig GmbH to consolidate 12 shot cores into one printed core. In addition to improving the core quality, time-intensive and laborious steps are eliminated.

Download the complete case study

One of the largest producers of critical cast-iron components in the U.S. recognized that advanced processes like binder jet 3D printing enabled component weight reductions and faster response times that are key to future growth.  

Download the complete case study

Bring a Sand 3D Printer In-House

ExOne binder jetting can help foundries reduce delivery times and labor requirements. Learn more about the cost of bringing binder jet 3D printing in-house. 

GET A MACHINE QUOTE

OneCast Design & Engineering  

Our experts pair virtual design and casting simulation with 3D printed mold and core packages for done-in-one pour complex casting development.

ONECAST SERVICES

Find 3D Printing Services 

Looking for a provider of premium sand molds and cores for your complex or quick-turn metalcasting project? Our network of 3D printer owners can help.

SAND 3D PRINTING NETWORK

CONTENTEND

Our Clients

Altair logo
Ansys logo
BMW logo
Daimler logo
eLink Systems logo
Ford logo
Fraunhofer logo
Kennametal logo
Oak Ridge National Laboratory logo
Rexroth logo
Sandvik logo
Siemens logo
Sirosky logo