MELS 3D LABS is a company specializing in advanced additive manufacturing, focusing on designing and developing innovative 3D printers, complex CAD models, electronics, and software solutions for a global client base.

History

A self-made entrepreneur, scientist, and tech researcher dedicated to pushing the boundaries of sustainable technology. Founder of MELS 3D LABS and Mels Aerospace, specializing in advanced 3D CAD Sculpt Design, aerospace systems, and innovative hardware development. A lifelong learner with a highly diverse skill set, driving product development from concept to market.

🌟 MELS 3D: Profile Overview

I. Core Identity & Mission

Melvin George is a self-made entrepreneur, scientist, and tech researcher dedicated to pushing the boundaries of sustainable technology. He is the founder of MELS 3D LABS and Mels Aerospace, specializing in the intersection of advanced 3D CAD design, aerospace systems, and innovative hardware development. He operates as a lifelong learner with a highly diverse, multi-disciplinary skill set, driving product development from concept to market.

II. The Origin Story: The Accidental Engineer (2010–2020)

The MELS 3D journey began not in a high-tech lab, but out of necessity and passion.

The Problem: While studying commerce, his true interest lay in the marriage of art and mechanics—specifically, the desire to build custom components for his handmade guitars. Commercial 3D printing technology, however, was financially out of reach.

The Solution: Faced with an engineering problem but no budget, Melvin George decided to build his own 3D printer from scratch for just ₹20,000 (approx. $240).

The Spark: This transformative DIY project, born purely out of necessity, was the catalyst that ignited his entrepreneurial path, marking the moment the "accidental engineer" was truly born.

III. Vision (Today)

Today, MELS 3D is a unique and impactful blend of creativity, formal research, and product innovation. The company's work is focused on leveraging cutting-edge manufacturing techniques for real-world applications, from advanced aerospace systems to sustainable community housing.