Breaking down barriers to advanced manufacturing techniques for everyone, using precision machines and software automation
3D FabLight is a leading provider of advanced, high-speed laser equipment for cutting, engraving, and industrial marking. The company was originally founded in 2015 as a spinout from an independent research and design lab bringing new solutions in renewable energy and robotics to market. 3D FabLight started as an idea to bend the cost curve of owning a metal laser cutter and thanks to a government grant, the company was able to successfully do so. Now headquartered in Oakland, California, 3D Fab Light produces the most cost effective, made-in-the-USA fiber laser cutter for both sheets and tubes. Our laser was used early on in educational and military applications and continues to prove that anyone can learn how to cut metal.
High-quality lasers that combine functionality, flexibility, and cost-effectiveness
Complete vertical integration - Hardware, software, and service all in-house
Founded in 2016 as a spin-off from Otherlab, and headquartered in Oakland, CA
3D FabLight is dedicated to producing the world’s most high-performing, cost effective metal laser.
3D FabLight systems are used to cut, engrave, and mark a wide range of materials including stainless, aluminum, and copper steels, as well as titanium, molybdenum, and graphite alloys. The company’s unique laser system, coupled with its unmatched service and support offerings, has made 3D FabLight one of the industry’s most up-and-coming resources for fiber laser equipment. Although the FabLight laser is a product created due to the lack of affordable fiber lasers on the market, we don’t sacrifice quality for cost – our industrial machine is used by businesses of all sorts for production, as well as prototyping. Many high schools and colleges also use the FabLight machine as an educational tool. It can be used for custom tools and fixtures, IO control panels, utility panels, custom laser cut furniture, and more. The possibilities are truly endless.