EuclideanLabs, a family-run CAD design and 3D printing business, has been making waves in the additive manufacturing industry since its inception just 1.5 years ago. Founded by a tight-knit team with a shared passion for innovative design and cutting-edge technology, the company specializes in transforming creative concepts into tangible products using advanced CAD software and state-of-the-art 3D printing techniques. Operating as a small but dynamic enterprise, EuclideanLabs prides itself on its ability to deliver personalized, high-quality solutions, catering to a diverse range of clients from hobbyists to small businesses seeking rapid prototyping and custom manufacturing.
At the heart of EuclideanLabs’ success is its commitment to leveraging the latest in 3D printing technology, including a range of printers capable of handling materials like PLA, PETG, and TPU for both functional and aesthetic applications. The family’s collaborative approach ensures meticulous attention to detail, with each member contributing unique skills—whether it’s crafting precise CAD models, optimizing print settings, or providing hands-on customer support. In just 18 months, they’ve built a reputation for reliability and creativity, offering services like product design, small-batch production.
Looking ahead, EuclideanLabs aims to expand its reach by exploring new niches such as medical device prototyping and custom cosplay accessories, capitalizing on the growing demand for 3D-printed solutions. Despite being a young company, their family-driven ethos fosters a warm, customer-centric experience, setting them apart in a competitive market. With plans to invest in more advanced equipment and potentially partner with local startups, EuclideanLabs is poised to grow while staying true to its roots as a family-run venture dedicated to pushing the boundaries of what 3D printing can achieve.
Unmatched Precision with Family-Crafted Quality
Rapid Turnaround for Time-Sensitive Projects
Innovative Material Expertise for Diverse Applications
Proudly Made in the USA
Community-Driven Learning and Collaboration
What are the key differences between PLA, PETG, and TPU used in your 3D printing services?
How do you ensure the quality of prints with these materials?
What other services do you offer besides 3D printing with these materials?