ExOne’s 3D Sand Printing Network Expands Accessibility in North America

Share this Article

ExOne is a pioneer in sand 3D printing, licensed since 1996 to continue developing industrial inkjet 3D printing originally created by engineers at Massachusetts Institute of Technology (MIT) for use with a variety of materials, to include sand and ceramic. Over decades, the North Huntingdon, Pennsylvania-headquartered company has evolved into one of the undisputed leaders in binder jet 3D printing technology.

With the inception of its 3D Sand Printing Network, ExOne is solidifying its position further, along with providing greater accessibility for its customers in North America. With 40 binder jet 3D printers owned mainly by pattern shops and foundries within the US, Canada, and Mexico, S-Max and S-Print systems are available for efficient production of molds and cores (usually finished within three to five days).

Sand 3D printing—and especially on the large scale—serves as a powerful and versatile industrial tool for critical applications like automotive, aerospace, and agriculture. Particles of sand are bound together by glue, resulting in a fabricated structure—whether it is a prototype, functional part, or a mold meant for creating other items. Cores can be created in one piece, saving time, money, and eliminating the need for assembly later, as well as clean-up.

This type of technology may not be as visible in the additive manufacturing mainstream, but behind the scenes, for many companies, it is the key to the production of metal casted molds and cores which are then used to make other parts. Industrial users have the ability to create new designs not otherwise possible, along with producing quality, high-performing molds that can also be created on-demand—eliminating the necessity for storage.

“The new ExOne Sand 3D Printing network can help manufacturers easily locate an ExOne sand 3D printer that best meets their needs,” said John Hartner, ExOne CEO. “What’s more, our network can help ensure a steady supply of sand molds and cores for metal castings, especially during a crisis, as well as enable reshoring of key parts that may be difficult to ship during the ongoing COVID-19 pandemic.”

Sand 3D printers continue to expand services for companies still mainly engaged in conventional methods like CNC machining, and the technology continues to be the source of research focused on investigating the benefits, as well as improving metal molds.

[Source / Images: Business Wire]

Share this Article


Recent News

3D Printing News Briefs, September 26, 2020: Nanoscribe, Azul 3D, Arburg

3D Printing Functionally Graded Materials Gets an F



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

3D Printing Design for Automotive to Be Supported by Lehvoss & FENA

3D printing materials provider Lehvoss North America, part of the LEHVOSS Group of chemical companies operating under parent company Lehmann&Voss&Co., announced that it is partnering up with Forward Engineering North...

TOffeeAM raises £1 million for AI Topology Optimization Tool for 3D Printing

TOffeeAM, launched from Imperial College’s Techcelerate program, recently secured £1 million in seed funding. The funding was primarily led by IQ Capital, together with Entrepreneur First, the Royal Academy of...

3D Printing Webinar & Virtual Event Roundup, June 5, 2020

In this week’s webinar and virtual event roundup, we’ve got three webinars to share with you, one of which has already taken place but can be viewed by interested parties...

MELD Manufacturing Reaches Major Milestone with Metal 3D Printed Components

Virginia-based company MELD Manufacturing Corporation was launched in the spring of 2018 as a subsidiary of Aeroprobe Corporation, which produces instruments that provide and measure real-time air and flow data. Aeroprobe...


Shop

View our broad assortment of in house and third party products.