3DEO: Revolutionizing Metal 3D Printing with Unprecedented Cost-Efficiency and Scalability

In the dynamic landscape of advanced manufacturing, 3DEO stands out as a pioneering force, reimagining metal 3D printing by ingeniously integrating the scalable efficiencies of traditional manufacturing processes. Unlike many in the additive manufacturing sector who focus solely on selling sophisticated 3D printers, 3DEO has carved a unique niche as a leading parts supplier. Their groundbreaking proprietary technology empowers them to produce intricate metal components at a significantly lower cost per part than their competitors, granting them a formidable advantage in a rapidly evolving market. To delve deeper into their innovative approach, ambitious future plans, and unique technological distinctions, we recently had the opportunity to speak with Lance Kallman, 3DEO’s Head of Business Development. This interview illuminates how 3DEO is not just participating in the metal 3D printing revolution but actively leading it towards greater accessibility and industrial adoption.

3DN: Introduce yourself, and tell us how you got involved in 3D printing!

My name is Lance Kallman, and I proudly lead the business development efforts for 3DEO. My journey into the fascinating world of 3D printing, specifically metal additive manufacturing, was a natural progression from my previous professional endeavors. Before joining 3DEO, I held an executive recruiter position at a prominent public firm, where my primary focus was on serving clients within the advanced manufacturing sector. This role provided me with invaluable insights into emerging technologies and market trends that were shaping the future of industrial production. It quickly became clear that metal 3D printing was not just another technological advancement; it was one of the most exciting and transformative innovations under the vast umbrella of advanced manufacturing. The potential for disruption, efficiency gains, and design freedom that this technology offered was truly captivating. I was eager to transition from observing this revolution to actively participating in it, to be part of a team that was not just adopting additive manufacturing but truly striving to lead and define its next generation. Joining 3DEO presented the perfect opportunity to contribute to a company at the forefront of this exciting industrial paradigm shift, particularly one dedicated to making metal 3D printing more accessible and economically viable for a broader range of applications.

3DN: How did 3DEO get started in the 3D printing industry?

3DEO’s origin story is a testament to shared vision overcoming institutional rivalries and the power of multidisciplinary collaboration. The company was founded by three brilliant individuals: two PhDs hailing from the prestigious University of Southern California (USC), and an MBA graduate from the equally renowned University of California, Los Angeles (UCLA). Despite the traditionally intense academic rivalry between these two universities, these founders converged with a singular, compelling vision: to democratize metal 3D printing by developing an inherently affordable and scalable technology. They recognized that while metal additive manufacturing held immense promise, its widespread adoption was hampered by high costs and complexity, particularly for high-volume production. What initially began as an ambitious idea for a prototype, conceptualized and developed in academic settings, rapidly evolved into a functional, robust technology. This foundational innovation has since been successfully commercialized, moving beyond theoretical models to practical, real-world applications. Today, we are immensely proud and excited to be leveraging this technology to print complex metal parts for our diverse customer base, delivering them in true production quantities and opening up new possibilities across various industries.

3DN: What does 3DEO do differently within metal 3D printing?

Since its very inception, 3DEO has been strategically focused on tackling one of the most significant barriers to widespread metal 3D printing adoption: the final per-part cost. Our unique competitive advantage stems from a dual-pronged, innovative approach designed to dramatically reduce expenses and enhance efficiency, making metal additive manufacturing a truly viable solution for mass production. Firstly, we have engineered a fundamental shift in machine design by physically separating the sintering process from the individual printing machines. Instead of integrating a costly, energy-intensive sintering unit into each printer, we utilize a bulk sintering method. This means parts are printed in a ‘green’ state and then sintered together in large batches, significantly bringing down the cost of each individual printing machine. This modular approach not only reduces capital expenditure but also allows for greater throughput and optimized energy consumption. The ability to bulk sinter makes our process more akin to traditional manufacturing at scale, bridging the gap between additive and conventional methods.

Secondly, and equally critical to our cost reduction strategy, is our ability to utilize commodity metal powders. These readily available materials are often an order of magnitude (ten times) less expensive than the specialized, finely atomized powders typically required by other advanced metal 3D printing technologies, such as laser powder bed fusion. By leveraging these more affordable, standard powders, 3DEO bypasses a major cost driver in the additive manufacturing supply chain, making the entire process far more economically attractive for our customers. This also enhances material availability and reduces lead times, offering greater flexibility and resilience in production.

Furthermore, our proprietary process is distinguished by its exceptional repeatability and robustness, which is paramount for true production volumes. We deliberately avoid technologies that rely on sensitive components such as lasers, which often demand constant recalibration and maintenance, or binder jetting inkjet heads, which are prone to clogging and require costly, frequent servicing. The fundamental design of our printing technology minimizes complex moving parts and high-wear components, leading to a much more stable and predictable manufacturing environment. The tangible result of this design philosophy is unparalleled consistency: our first manufactured part looks, feels, and performs identically to our 10,000th piece, and indeed, our 100,000th piece. This level of reliability is critical for customers who require high-volume production without compromising on quality or tolerance. From a quality assurance perspective, 3DEO has anchored its processes to the established metal injection molding (MIM) standard, MPIF Standard 35. This rigorous industry benchmark is widely recognized and trusted by manufacturers globally, allowing us to seamlessly integrate our advanced additive solutions into existing industrial frameworks and work with customers who already rely on this robust standard for their critical metal components. This commitment to industry standards, combined with our innovative approach to cost and repeatability, truly sets 3DEO apart in the competitive landscape of metal 3D printing.

3DN: What are your current goals in metal 3D printing?

Our overarching, ultimate goal at 3DEO is to firmly establish ourselves as the premier and most trusted metal 3D printing parts supplier globally, leveraging the full potential of our unique proprietary technology. We are not just aiming to be a player in this market; we aspire to be the definitive leader, setting new benchmarks for quality, efficiency, and cost-effectiveness. To achieve this ambitious objective, our strategy involves a continuous and aggressive expansion of our manufacturing capacity. This means investing in more machines, optimizing our processes further, and growing our skilled workforce to meet escalating demand. We are dedicated to serving every major industry that has a need for complex, high-performance metal components. This includes, but is not limited to, sectors such as aerospace for lightweight structural parts, medical for custom implants and surgical instruments, automotive for specialized prototypes and functional components, and various industrial applications requiring intricate geometries or superior material properties. While our current business model is focused exclusively on providing superior metal 3D printed parts rather than selling our machines, we do envision a future where our technology could potentially become available on the market. This long-term vision would allow other manufacturers to directly benefit from our innovations, further expanding the reach and impact of truly affordable and scalable metal additive manufacturing across the globe. For now, our commitment remains unwavering: to be the go-to partner for companies seeking reliable, high-volume, and cost-efficient metal 3D printed components, driving innovation and efficiency in their respective fields.

3DN: What are your thoughts about the future of 3D printing, and what developments in the future do you find most exciting?

The future of 3D printing, particularly metal 3D printing, is undeniably bright and pivotal. I firmly believe it is rapidly evolving into a key, indispensable technology within the broader framework of Industry 4.0 and the factory of the future. While I don’t foresee metal 3D printing becoming a universal “one-stop-shop” solution for every single metal part manufactured in the very near future – after all, conventional methods like stamping will likely retain their niche for extremely high-volume, simple, and ultra-low-cost components – I am convinced that it will provide a critical, irreplaceable manufacturing capability that every modern, forward-thinking factory will absolutely require. This capability includes producing highly complex geometries, enabling rapid prototyping and iteration, facilitating on-demand manufacturing, and supporting localized production, all of which are hallmarks of agile and efficient industrial operations.

Regarding the cost per part, it’s true that over the next five to ten years, metal 3D printing will likely still have a higher unit cost for parts that can currently be stamped for under a dollar. However, the trajectory of the technology is clearly trending downwards in terms of cost, and the value proposition lies not just in the cost but in the complexity, customization, and performance benefits that conventional methods cannot replicate. We are seeing continuous innovations in materials, processes, and machine efficiency that are relentlessly pushing these cost barriers lower. What excites me most about the future of 3D printing, especially metal 3D printing, is its profound ability to democratize the manufacturing of sophisticated metal parts. This technological shift promises to level the playing field, allowing small and medium-sized businesses (SMEs) to compete more effectively with larger, established organizations. Traditionally, access to advanced manufacturing capabilities, particularly for metal components, required massive capital investments in tooling and machinery, often putting it out of reach for smaller entities. With more accessible and cost-effective metal 3D printing solutions like 3DEO’s, SMEs can innovate faster, design more complex products, and bring them to market without the prohibitive upfront costs. This democratization fosters an environment of increased innovation and heightened competition across the entire industry. Ultimately, this leads to a win-win scenario: greater choices and higher quality products for the end consumer, and a more vibrant, dynamic, and resilient manufacturing industry as a whole.

You can visit 3DEO’s website here to learn more about their innovative metal 3D printing solutions and how they are transforming the manufacturing landscape.

What are your thoughts on 3DEO’s game-changing metal 3D printing technology and its potential impact on the future of manufacturing? We encourage you to share your insights in a comment below or engage with us on our Facebook and Twitter pages! Don’t miss out on the latest advancements and news in the world of additive manufacturing; sign up for our free weekly Newsletter to get all the essential updates delivered straight to your inbox!