Formlabs Makes Play for Production 3D Printing

Formlabs' Fuse 1 brings previously expensive and complex selective laser sintering (SLS) technology to the benchtop; Form Cell automates additive manufacturing.

Formlabs Fuse 1 brings the industrial power of SLS printing to the benchtop. Image Courtesy of Formlab

3D printing has made great strides over the last few years as a prototyping tool, but now a 3D printer maker has released new technology designed to make 3D printing a staple of digital manufacturing.

Formlabs, founded in 2011 by a group hailing from the MIT Media Lab, this week announced the Fuse 1, a new model that brings previously expensive and complex selective laser sintering (SLS) technology to a benchtop model, and Form Cell, an automated product solution for additive manufacturing built around the company’s existing Form 2 stereolithography printer.

The company, now 270 people (including 100 engineers) with offices in Cambridge, MA, and Berlin, sees its mission as making 3D printing as simple as 2D printing. “We aim to take technology that’s not that accessible and make it accessible,” says David Lakatos, Formlabs’ chief product officer. “We’re aiming to radically reduce the price of technology without compromising quality.”

Formlabs Fuse 1 brings the industrial power of SLS printing to the benchtop. Image Courtesy of Formlabs

While Formlabs Form 2 and other SLA printers support the quality and surface finishes to handle prototyping applications, the technology is not optimal for producing production parts because the thermal plastic material gets brittle over time, Lakatos explains. SLS technology, which is employed by 3D printing service bureaus, is well-suited to production part applications, but systems are very sophisticated and expensive (priced upwards of several hundred thousand dollars), which dramatically limits use cases.

“The engineering community at large only has had access to this technology through service bureaus—it has not been part of everyday product design and production,”Lakatos says.

Formlabs is aiming to change that equation with the new Fuse 1 line, which leverages the proprietary optical system used in the Form 2 along with temperature control technologies, and the company’s materials expertise. The Fuse 1, slated for shipment mid-2018, leverages nylon PA 12 and PA 11 materials, which means parts produced meet or exceed the materials properties published by SLS counterparts, Formlabs officials say. SLS technology in general accounts for the least expensive per-part costs in 3D printing. The printer starts at $9,999, but the complete package (including a post-processing station, among other capabilities) is $19,999, far below the price tag of comparable SLS printers.

Along with the Fuse 1, Formlabs rolled out another solution aimed at boosting 3D printing’s role in digital manufacturing by specifically bringing down the cost per part, noted Max Lobovsky, Formlabs co-founder, in a formal presentation announcing the new product portfolio. “The best cost per part with 3D printing has limited its applications today,” Lobovsky says. “If we can bring that cost down, we can open up the benefits of 3D printing.”

Form Cell aims to automate manual 3D printing tasks to achieve the lowest cost per part. Image Courtesy of Formlabs

To do that, Formlabs showcased the Form Cell, a prototype of an automated production solution that combines multiple Form 2 units, a robotic arm, and software for driving autonomous operation by parallelizing repetitive 3D printing processes. In the prototype showcased, an industrial gantry system automatically moved finished parts from the printer to a curing station, eliminating much of the manual labor associated with 3D printing and in turn, helping to reduce the cost per part. Moreover, the Form Cell, which will be configured based on individual companies’ needs, is designed for continuous operation, pushing 3D printing closer to the goal of a lights-out, 24X7 operation, officials say.

In related news, Formlabs also announced a partnership with footwear manufacturer New Balance. The pair are working on bringing large-scale 3D printing to New Balance by collaborating on footwear-specific materials and printers (based on the Form 2) that will help improve athlete performance. Continuous production based on the new technology is slated to kick off in New Balance manufacturing plants starting in 2018.

Check out this video to see the Fuse 1 in action.

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Beth Stackpole's avatar
Beth Stackpole

Beth Stackpole is a contributing editor to Digital Engineering. Send e-mail about this article to [email protected].

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