VC - Tecnica 3D: The Next Generation of Precision Manufacturing
We design and manufacture innovative industrial-grade 3D printers and print heads for plastic and metal. Our patented Lens-Free Optical Scanner (LFOS) technology dramatically improves the quality, consistency, and productivity of 3D Printers, making them perfect for end-use part manufacturing, not just prototyping. Our technology is not just an iteration; it’s the foundation for the next generation of precision manufacturing.
I. THE ORGANIC ENGINE: WHY WE ARE POISED TO SCALE
Our success is not reliant on external capital for survival; it is built on a proven, self-sustaining engine with a product designed for high-margin, scalable adoption.
Proprietary IP:
Our revolutionary LFOS technology is secured by a deep IP portfolio, including 6 Granted US Patents and over 12 Worldwide Patents protecting our unique optics, structure, and formulas. This defensibility ensures high-margin control over our core asset.
Team and Execution:
Our leadership invented LFOS and architected the 3D printing revolution at HP, combining for over 70 granted patents in digital manufacturing. Our execution is de-risked.
Market Validation:
We are currently in Phase I: LFOS Licensing & Pilots, actively validating our core IP and manufacturing process with strategic customers. Our business model is fundamentally viable and ready for scale.
II. THE TECNICA EDGE: SUPERIOR TECHNOLOGY FOR PRODUCTION
Traditional 3D printing is hampered by inconsistent quality and low productivity due to outdated galvanometer technology. The Tecnica LFOS print head eliminates these issues, delivering the precision and speed required for true industrial manufacturing:
| Metric | LFOS Advantage | Industrial Impact |
|---|---|---|
| Detail & Precision | ≈ 12X better beam detail | Guarantees the consistent quality required by high-end manufacturing (aerospace, medical). |
| Productivity | Up to 65X faster scanning speed | Achieves faster print times, driven by our proprietary laser modulator reaching up to 500,000 pixels per second (a 10x improvement over the industry standard). |
| Quality | > 1.8X improvement in CPK | Improves yield and tolerance accuracy by over 40%, resulting in parts that are truly production-ready. |
III. THE ACCELERATION THESIS: INVESTMENT AS A FORCE MULTIPLIER
While our current model (Phase I: IP Licensing) is self-sustaining and demonstrates organic viability, seizing the full market potential requires aggressive acceleration. We are seeking strategic investment to transition rapidly from IP licensing to full system sales (Phase III).
Targeted Investment and Timeline
Investment will be strategically directed to fast-track critical production and market entry milestones:
Finalize Production Model: Complete the development and certification of the Casa II production model for thermoplastic nylon and the subsequent metal-capable version.
Scale Manufacturing: Establish a scalable, automated supply chain and assembly process to meet anticipated demand for our own systems and licensed print heads.
Expand Applications: Dedicate resources to R&D for developing and demonstrating new high-margin applications in metal and exotic polymers, deepening our competitive moat.
Unlocking the $100 billion Platform Potential
This acceleration is necessary to capture not just the core $86.4 billion 3D printing market, but the full, cross-industry potential of the LFOS optical platform.
Our patented LFOS technology is applicable to several adjacent high-growth sectors, including Optical Imaging, Advanced Sensing, and Laser Modulation.
Executing Phase III rapidly (System Sales and Platform Expansion) will allow us to commercialize LFOS as a component in these new verticals, where the combined market opportunity is projected to exceed $100 billion by 2029.
Projected Outcome and Dominance
Our acceleration strategy is designed to achieve two goals with the capital:
Secure Market Lead: Establish Tecnica as the de facto industrial standard for high-quality, high-productivity powder bed fusion (SLS/SLM) manufacturing.
Maximize ROI: Provide investors with a massive return by validating the LFOS technology across multiple, high-value industries, positioning the company for a premium acquisition or IPO at platform scale.
Legacy scanner (Galvanometer based) v. LFOS (Lens Free Optical Scanner)
IV. SCALABLE REVENUE MODEL: PHASED MARKET DOMINANCE
Our business model is built to capture maximum value across three distinct, scalable phases, which our acceleration funding will expedite:
Phase I: IP Licensing & Pilots (Current Stage):
Secure high-margin revenue through licensing our innovative Øgon print head to other SLS/SLM printer manufacturers constrained by galvanometer technology.
Phase II: System Sales & Expansion:
Design, manufacture, and sell our own line of high-performance SLS/SLM printers (e.g., Casa II) using the LFOS printhead. We initially target 3D printing innovation centers to showcase superior performance and then rapidly expand sales supported by materials (powder) and professional application services.
Phase III: Platform Expansion:
Deploy LFOS-enabled systems into adjacent, high-value markets (Optical Imaging and Sensing) to capture the full $100 billion platform opportunity.
V. OUR MARKET OPPORTUNITY
The core 3D Printing market we are disrupting is massive and primed for our solution.
The global Additive Manufacturing market is undergoing a rapid transition from prototyping to end-use parts and is projected to reach $86.4 billion by 2030, growing at a sustained 21.4% CAGR from a current size of approximately $29 billion in 2025 (Source: KBV Research / Mordor Intelligence, 2025-2030 forecast).
Factors accelerating the growth of this market include:
Ease in development of customized products and a reduction in manufacturing cost and process downtime.
Government investments and advancements in industrial-grade 3D-printing materials.
Focus on Powder Bed Fusion (SLS / SLM)
Our focus is on the highest-growth, most valuable segments: Selective Laser Sintering (SLS) for plastics and Selective Laser Melting (SLM) for metals.
Plastic (SLS): SLS is the preferred thermoplastic technology for durable, cost-effective end-use parts across aerospace, defense, and automotive.
Metal (SLM): SLM is the preferred 3D printing solution for producing dense, high-strength parts required for structural applications and customized medical implants.
We believe Tecnica’s innovative, patented LFOS design will help fuel the growth of this market even further. The enhanced quality, repeatability, and scalability of our printers will enable new 3D printing applications not achievable with the inconsistent technology currently on the market, allowing us to capture a disproportionate share of this rapidly growing $86.4 billion TAM.
OUR TRACTION / ROADMAP
We have already built a prototype SLS print head and printer that prove the feasibility of our innovative design. We are now completing development of a second-generation model with the standard parts, functionality, and features that will be required for production.
Once we have completed refining and perfecting our current model, the Casa II, we will produce a production model for thermoplastic nylon, the most commonly used material in SLS 3D printing. We will then further modify the design to print metal, which requires a higher process temperature.
In parallel with developing our products, we have been securing our intellectual property. We have already obtained multiple patents across the globe and are continuing to file for more. We are also gaining visibility in the industry through our presentations at 3D printing conferences.
We expect to begin to generate revenue with our production models starting in Q4 2025.
The Team
Charles Bibas
Chief Executive Officer
- Inventor of the Lens Free Optical Scanner (LFOS), also known as Øgon, a revolutionary advancement in 3D SLS/SLM printing
- Granted patent portfolio in SLS 3D printing, optics, and scanning:
- Seven (7) granted US patents in additive manufacturing (AM) and optical scanning.
- Two (2) granted EU patents in AM and optical scanning.
- Additional more than a dozen patents granted worldwide in AM and optical scanning.
Ed Davis
Chief Strategy Officer
- 30+ years product and business scale development
- 17 years leading strategies in digital supply chain and additive manufacturing, including successful investments in Velo 3D and Voxel8
- Co-founder and co-inventor of HP’s 3D Print Business and Multi Jet Fusion Technology. Co-founded three other HP Print Businesses.
- 8 granted U.S. Patents, including 7 in digital manufacturing technologies
Fernando Juan
Head of R&D
- 30+ years of product innovation and architecture development
- 14 years leading powder bed disruptive additive manufacturing solutions, including creating the architecture for HP’s Multi Jet Fusion products
- Co-inventor of HP’s Multi Jet Fusion Technology
- 40+ granted U.S. Patents including 20+ in digital manufacturing
Sam Stodder
Fusing Science Technologist
- 30+ years of product innovation and architecture development
- 12 years leading the development of powder bed fusing science, including creating real time analytical models of polymer powder part fusing
- 20 granted U.S. Patents, including 8 in digital manufacturing
