Advanced manufacturer FATHOM, based in California, has had a busy year so far: the company expanded its on-site managed services, showcased a video game controller at SOLIDWORKS World that was 3D printed using a Stratasys F123, demonstrated a DragonFly 2020 3D printer at CES with partner Nano Dimension, and at RAPID + TCT last week, Stratasys announced that FATHOM is among the earliest customers working with its brand new Continuous Build 3D Demonstrator Technology. Right before the event, Stratasys also extended its partnership with Desktop Metal; today, we learned that FATHOM has also partnered with the busy new metal 3D printing company.
“It is really exciting to partner with Desktop Metal because we get the opportunity to connect a broader engineering and manufacturing market with a lower barrier-of-entry solution for metal additive technologies. What is possible with current metal 3D printing equipment is exciting but it is still cost prohibitive so the adoption of metal 3D printing is slow,” FATHOM’s Advanced Technology Manager Michael Duncan told 3DPrint.com. “We know that the market is more than ready for a system that is both office friendly and economically accessible. Now, more design and engineering teams will have the opportunity to explore what’s possible with metal 3D printing and many new application innovations will develop at a much faster rate.”
FATHOM announced that it signed a partner agreement with Massachusetts-based Desktop Metal, which got its start in 2015 and is committed to making metal 3D printing accessible to engineers and manufacturers around the world. Desktop Metal is everywhere these days: following its major presence at RAPID + TCT last week, 3DPrint.com saw one of its resellers at the Science in the Age of Experience event in Chicago this week.
FATHOM will adopt the startup’s technologies as part of its in-house advanced manufacturing solutions and managed services, including Desktop Metal’s two new metal 3D printing systems: the office-friendly DM Studio System, based on the Metal Injection Molding (MIM) process, and the DM Production System, the first metal 3D printing system for mass production.
Ric Fulop, CEO and Co-Founder of Desktop Metal, said, “We are excited to be partnering with FATHOM both as a manufacturing service center and a sales partner as we look to broaden the adoption of our metal 3D printing systems. Rich Stump and Michelle Mihevc have built an incredible team who will be integral in expanding market opportunities and driving the growth of our customer base across diverse industries.”
The DM Studio System was designed as an end-to-end solution, and is much simpler, and less expensive, than current technology: it will be sold, for $120,000, as a system, which will include a debinder, the metal 3D printer itself, and a microwave-enhanced sintering furnace, and will start shipping this September. The Studio printer, with a build area of 300 x 200 x 200 mm, extrudes bound metal rods, instead of selectively melting metal powder like laser-based systems. Not only does this method open up new alloys and features, like using closed-cell infill for lightweight strength, it also gets rid of the typical safety requirements for metal 3D printing.
Duncan told 3DPrint.com, “The Studio System allows for metal part design and refinement in a way that is familiar to designers and engineers today. Safe and easy to use like many FDM-based systems. The Production system will enable a better Direct Digital Manufacturing (DDM) experience. Part designs can be created with unique features or assembly options without the constraints of tooling requirements such as draft, wall thickness, lightweighting, or complex internal passages normally difficult if not impossible to realize using traditional technologies. All the advantages of metal 3D printing like speed and freedom of design can now be easily realized right in your office. Now, the only limitation really is your imagination! Also, we strongly feel that there is a huge opportunity to use this technology for accelerating tooling applications, such as injection molding, jigs, and fixtures.”
The cloud-connected furnace combines SIC high-powered microwaves and SIC heating elements to sinter the parts once the primary binder has been removed. It uniformly heats parts to a temperature just below their melting point, and can reach up to 1400°C. Aligned with the company’s goal of making metal 3D printing easier and more accessible to users, the system has web-based software and features fast material changes and hand-removal of supports. It’s also designed for prototyping, as it can produce near-net-shape metal parts.
“Prototyping small precision parts intended for volume powder metal production processes such as Metal Injection Molding (MIM) or Pressed Metal (PM) is difficult. Developing tooling and qualifying production methods can be a long iterative process. Desktop Metal 3D printing solutions provide more competitive options than traditional tooling resulting in accelerated part development. Users can much more easily build metal parts for evaluation, functional testing, and production use. It’s also exciting how many materials will be made available. Desktop Metal is planning for a variety of options, from steels and aluminum to superalloys and titanium,” Duncan told 3DPrint.com.
The DM Production System is scheduled for release in 2018, and has a build area of 330 x 330 x 330 mm and a breakneck speed: up to 8200 cm3/hr, which is 100 times faster than laser-based technology. It’s the fastest machine for mass producing high resolution 3D printed metal parts, and uses a proprietary Single Pass Jetting (SPJ) technology, which lowers the cost per part dramatically.
Laser-based processes weld parts to to the build plate, but the DM Production system creates parts that are surrounded by loose powder: software will arrange the parts in order to maximize the build area in all axes. This allows the full build envelope to be used, which means higher productivity per build. The technology is bi-directional, so two full-width print bars, with over 32,000 jets, work with powder spreaders to both spread powder and print in one pass over the build area. This jets millions of droplets per second, so that whenever there is movement in the printer, there is also printing.
“Current metal 3D printing technologies require support structure removal and second operations such as processing feature edges or roundness of holes, as well as removing trapped metal powder. Much of the cost, lead-time, and part accuracy result from these extra steps,” Duncan told 3DPrint.com. “I’m looking forward to the DM Production System that will be able to produce net shape parts in a variety of metals with minimal second operation process steps. There isn’t another system that can provide as much part design freedom for prototype and production metal parts that fast.”
Share your thoughts on this partnership in the FATHOM forum at 3DPB.com.
You May Also Like
Imperial College London: 3D Printing Improved Biocompatible Implant Packaging
Cristina Gentili recently presented a thesis, ‘3D Printed Instrumented Packaging for Implantable Devices,’ to the Centre of Bio-Inspired Technology at the Imperial College London. While there is much research focused...
For a Personalized Look, Try a 3D Printed Pompillon Bow Tie
There’s something fantastically dapper about a bow tie, and a 3D printed version definitely takes this fashionable look the extra mile. Ties and bow ties, along with ascots and scarves,...
$50 Open-Source Colorimeter is Remarkable in Comparison to Commercial Models
Researchers from Michigan Technological University are applying chemistry to 3D printing, detailing their recent study in ‘Open-Source Colorimeter.’ A basic sensor, the colorimeter is made up of a simple light...
3D Printing and Mass Customization, Hand in Glove Part V
We know that we are using far too many materials in a quest for consumption, could recycle them and could use these recycled goods in high valued materials but why...
View our broad assortment of in house and third party products.