附近上门

secured a $14 million Series B round of funding to continue developing its customizable 3D-printed bracket system aka braces.

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led the investment with follow-on investment from and . Since its founding in 2015 by Dr. , the Boston-based company has raised a total of $20.5 million. That included a $5.2 million Series A announced in September 2018, led by Matrix.

Two years ago, LightForce finished its first patient鈥檚 round of braces in six months, where the average time is 22 months, Griffin told 附近上门 News. In addition, its 3D-printed bracket system received approval, which is the milestone needed for commercialization of certain medical devices. Today, the company has made and shipped more than 50,000 3D-printed parts, Griffin said.

鈥淩aising the Series A was about proving product market fit,鈥� he said. 鈥淲e are now turning from research and development into being focused on selling something. There is a lot of demand for this, and the next challenge is going to be manufacturing because it is a complex medical device.鈥�

The Series B funding will be invested in scaling and product development. LightForce opened a manufacturing office in Costa Rica and doubled its team to 70 people in the last six months, Griffin said. The company鈥檚 cloud-based CAD software predicts how the teeth will shift so that customized braces can be created. In addition, the orthodontist can access the plan and treatment strategy.

The is anticipated to reach nearly $10 billion by 2026. LightForce鈥檚 biggest competitor is , which developed invisible clear aligners as an alternative to metal braces. Griffin said the clear aligners market is only capturing 15 to 20 percent of the market, due in part to 80 percent of the alignment problems needing braces for treatment versus Invisalign鈥檚 clear liner system.

鈥淭he bigger market application is with braces and we are able to attack that market with better software,鈥� he added. 鈥淭here is a huge opportunity, and we are the first to combine this leading-edge technology into digital manufacturing to make a real application for the space.鈥�

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