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Fabric8Labs Raises $19.3M in Series A Funding and Aims to Commercialize Unique Metal Technology
Fabric8Labs, an additive manufacturing (AM) startup from San Diego, has announced the closing of a $19.3 million Series A financing round. The startup hopes that the money will help to accelerate commercialization of its proprietary AM process, allowing them to…
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Fabric8Labs, an additive manufacturing (AM) startup from San Diego, has announced the closing of a $19.3 million Series A financing round. The startup hopes that the money will help to accelerate commercialization of its proprietary AM process, allowing them to move into new markets including semiconductor packaging, electronics, medical, thermal management, and radio frequency (RF) components. The news comes as both metal AM and micro-scale 3D printing have been gaining in prominence, notably for their vast applications. In this case, the financing round was led by Intel Capital with several syndicate partners, all of whom noted Fabric8Labs’ distinct technology which allows them to get benefits of metal 3D printing while eliminating the need for expensive metal powders and time-consuming post-processing, as well as being more sustainable as the system operates near room temperature thus minimizing energy used.
The AM market is estimated to grow to $235 billion by 2030, and both metal AM and micro-scale 3D printing have been rapidly expanding in recent years. In just 2021, we have already seen large acquisitions from major AM manufacturers such as Nano Dimension and Desktop Metal. This latest Series A financing shows the continued health of the industry, especially in industries like electronics where AM is still new but quickly becoming more known. Funding was lead by Intel Capital along with syndicate partners Lam Capital, TDK Ventures, SE Ventures, imec.xpand, Stanley Ventures, and Mark Cuban. The companies all pointed to not only the growing strength of AM and its disruptive potential for all traditional manufacturing methods but also Fabric8Lab’s distinct process which they claim allows for precision and performance at lower costs.

Fabric8Labs’ patented AM process (photo credits: Fabric8Labs)
Nicolas Suavage, the Managing Directory of TDK Ventures, one of the companies that will back Fabric8Labs, commented: “After nearly two years of scouting for a high purity, high-precision and low-cost metal printing solution, TDK Ventures is backing Fabric8Labs for its unique market approach and innovation pipeline with future multi-materials. Fabric8Labs not only cuts across explosive markets in electrification, thermal management, and 5G applications, but also does so in an environmentally friendly manner by recycling all the metals in the feedstock, hence helping build sustainable yet resilient supply chains, aligning with our investment mission.”





