Desktop Metal and Lumafield Partner to CT Scan and Print Parts
The manufacturer of 3D printers and the supplier of an industrial X-ray CT platform are coming together to address supply chain disruptions and allow manufacturers to create new parts without original CAD models.
Additive manufacturing technology supplier Desktop Metal Inc. and Lumafield, a startup supplying an industrial X-ray CT platform announced a service offering to help manufacturers quickly and accurately produce high-demand parts without original CAD models via scanning and 3D printing.
The companies note that additive manufacturing offers the ability to cost-effectively in-source production and reduce supply chain risk, but it often requires the original CAD models of the parts. 3D scanning has been proposed as a solution, but it’s limited to capturing exterior part features.
To address this shortcoming, Desktop Metal and Lumafield have announced the Supply Chain Resilience package, which joins 3D printing and X-ray computed tomography, also known as CT scanning. Together these technologies allow manufacturers to scan old parts and reproduce them quickly in a variety of materials using 3D printing.
Lumafield’s CT platform digitizes parts with a series of X-ray images that capture both external and internal features in detail. It then uses cloud-based software to create a 3D model that can be exported as a mesh representation for 3D printing. Desktop Metal’s software and 3D printers can then turn those mesh models back into metal or polymer parts.
In a release, Ric Fulop, founder and CEO of Desktop Metal noted that for manufacturers who have wanted to replace legacy fabrication processes with 3D printing, digitalization of parts has been a barrier. “With accessible CT scanning, we finally have the digitization solution we need to quickly convert old designs into complete CAD files for 3D printing,” Fulop said.
Eduardo Torrealba, co-founder and CEO of Lumafield, said in a release that this package aims to address ongoing supply chain difficulties. “The last two years have been profoundly disruptive,” Torrealba said in the same release, “and we cannot expect our supply chains to return to normal.”
Customers interested in pairing a Lumafield scanner with a Desktop Metal printer can customize a package to fit their needs. Desktop Metal will offer all of its metal printers, including the Desktop Metal Shop System, as well as all ETEC DLP polymer 3D printing systems, which includes the D4K, P4K, Envision One XL or Xtreme 8K.
Lumafield’s Neptune scanner is designed to work at home or any office or workshop environment. It features a touchscreen control and AI-powered configuration. The company’s cloud-based Voyager software is included with every Neptune scanner. In addition to producing mesh exports for 3D printing, it offers visualizations that reveal invisible features, measurement tools for inspection, and an automated analysis engine that pinpoints voids, pores and cracks before they become critical problems. Voyager runs in the cloud and is accessible through any desktop web browser, allowing teams to collaborate in real time.
The package is available to any customer that purchases a Desktop Metal 3D printer and reserves a Lumafield CT scanner between May 1 and July 1, 2022. Customers will be entitled to a package benefit of 15 CT scans and application engineering support through Lumafield’s scanning service while they wait for delivery of their Neptune scanner, currently expected to take place in the fourth quarter of 2022.
Customers interested in pairing a Lumafield scanner with a Desktop Metal printer can customize a package to fit their needs.
Photo Credit: Desktop Metal
Related Content
KraussMaffei Launches Two Additive Manufacturing Lines at K 2022
Long established in injection molding, extrusion and polyurethane reaction process machinery, 184-yr-old KraussMaffei prepares to enter the industrial additive manufacturing market.
Read MoreMake Every Shot Count: Mold Simulation Maximizes Functional Parts From Printed Tooling
If a printed tool only has a finite number of shots in it, why waste any of them on process development?
Read MoreHow Additive Manufacturing Can Help, not Hinder, Injection Moldability of New Designs
Four cost drivers—design for moldability, mold-base size, internal componentry, polish/custom finishing—dictate the financial and processing success of a molded part design. Learn how 3D printing can assist this process, while also understanding its potential pitfalls.
Read MoreNew Tool Steel Qualified for Additive Manufactured Molds and Dies
Next Chapter Manufacturing says HTC-45 — an optimized H-13 — will offer superior thermal transfer and longer tool life.
Read MoreRead Next
Next-Generation Industrial Desktop 3D Scanner for QC
Exact Metrology’s newest version of Artec Micro boasts ultra-high precision.
Read MoreDesktop Metal Acquires Adaptive3D
This acquisition provides entry into the large and high growth elastomers market, one of the growing applications for additive manufacturing.
Read MoreAdvanced Recycling: Beyond Pyrolysis
Consumer-product brand owners increasingly see advanced chemical recycling as a necessary complement to mechanical recycling if they are to meet ambitious goals for a circular economy in the next decade. Dozens of technology providers are developing new technologies to overcome the limitations of existing pyrolysis methods and to commercialize various alternative approaches to chemical recycling of plastics.
Read More