Matt Ewertowski Email & Phone Number

Cambridge, Ma, Us

Somerville, Massachusetts, United States

Leading the SLS product management team at Formlabs, working with some of the smartest people in tech to build products that help anyone make anything.

Somerville, Massachusetts, United States

Defining, developing, and delivering technology products that help anyone make anything. I work with some of the smartest people in tech to grow Formlabs’ breakthrough Fuse ecosystem.In 2023 I launched the Fuse Blast, Formlabs' fully automated post-processing solution for SLS 3D Printing, creating clean-to-the-touch parts in as little as 15 minutes and saving up to 80% in post-processing labor.

Kitchener, Ontario, Canada

Developed and executed on Voltera's product strategy, including discovery, roadmap, GTM, NPI, technical program management and product leadership. In 2022, I launched NOVA - a benchtop printer for flexible and stretchable electronics, a breakthrough product that opened up an entirely new market and lead the charge to Voltera's best year on record in revenue and profitability.

Kitchener, Ontario, Canada

Responsible for Voltera's Printing Materials product category, including development, commercialization, manufacturing, and operations. Built and lead Voltera's Materials Science department. Developed & launched a new materials product category, creating an industry-first desktop 3D printing process for flexible circuit boards. My focus areas were improving materials product performance, driving operational excellence in R&D, developing the product vision to align with next-generation… Show more Responsible for Voltera's Printing Materials product category, including development, commercialization, manufacturing, and operations. Built and lead Voltera's Materials Science department. Developed & launched a new materials product category, creating an industry-first desktop 3D printing process for flexible circuit boards. My focus areas were improving materials product performance, driving operational excellence in R&D, developing the product vision to align with next-generation electronics, and promoting leadership in additive electronics through product innovation, industry/academic partnerships and conferences. Show less

Kitchener, Ontario, Canada

Co-inventor of the V-One, a desktop 3D printer for multi-layer circuits (2 patents awarded), and lead developer for the Voltera Drill and Materials category. Cut my teeth on lean hardware development at HAX hardware accelerator in Shenzhen, and launched Voltera's desktop PCB printer post-Kickstarter, funded at $500k.Responsible for product engineering, materials research & technical leadership, user test programs, UX design, customer success, test engineering, process engineering &… Show more Co-inventor of the V-One, a desktop 3D printer for multi-layer circuits (2 patents awarded), and lead developer for the Voltera Drill and Materials category. Cut my teeth on lean hardware development at HAX hardware accelerator in Shenzhen, and launched Voltera's desktop PCB printer post-Kickstarter, funded at $500k.Responsible for product engineering, materials research & technical leadership, user test programs, UX design, customer success, test engineering, process engineering & consumables supply chain for Voltera's desktop electronics printer. Show less

Ottawa, Canada Area

Redefining the kilogram from a reference platinum-iridium cylinder to natural constants on the Electronic Kilogram project - the final frontier of physical references for SI units, eventually achieved in 2019. Invented a process for micro-machining tungsten weights using repurposed CNC equipment and electrochemical etching. Applied atomic force microscopy, x-ray photoelectron spectroscopy, and optical microscopy to assess surface properties and optical finish. Designed an algorithm to… Show more Redefining the kilogram from a reference platinum-iridium cylinder to natural constants on the Electronic Kilogram project - the final frontier of physical references for SI units, eventually achieved in 2019. Invented a process for micro-machining tungsten weights using repurposed CNC equipment and electrochemical etching. Applied atomic force microscopy, x-ray photoelectron spectroscopy, and optical microscopy to assess surface properties and optical finish. Designed an algorithm to automatically estimate surface roughness from optical microscope images using ImageJ. Show less