Building modular production systems designed to simplify how complex parts are printed.
We are replacing fragmented production lines with intelligent, modular manufacturing cells.
Traditional manufacturing requires disjointed chains of specialized machines, vendors, and logistics. We consolidate these steps into a single, software-defined system that utilizes modular toolheads to process parts efficiently.
Shorten development cycles by streamlining production workflows. Iterate on hardware as fast as software.
Full process control and data logging for every part, ensuring compliance with aerospace and medical standards.
C3DT does not approach manufacturing as a single machine problem. It treats manufacturing as a system architecture problem. Modern production has become fragmented different machines, vendors, workflows, and facilities stitched together through manual processes and logistics.
C3DT’s platform is designed to reverse that fragmentation by optimizing advanced additive manufacturing within a unified, modular cell. The goal is not to replace factories, but to rethink how factories are structured starting at the cell level.
Expand capability over time without replacing the machine.
Orchestration rather than fixed workflows.
Small enough to enable manufacturing anywhere.
Built-in traceability for industrial standards.
C3DT develops modular manufacturing platforms that serve as building blocks for flexible production. The company’s current systems focus on high-performance additive manufacturing within a single enclosure.
These systems are designed to scale from small-batch production to larger distributed manufacturing deployments. Rather than forcing customers into fixed configurations, C3DT systems are designed to evolve adding tools and capabilities without replacing the underlying platform.
Processing high-temp polymers like PEEK & ULTEM.
Optimized for Carbon Fiber & Glass Fiber reinforced parts.
Industrial build volume for full-scale production parts.
High-accuracy motion systems for dimensional fidelity.
Founder & CEO
Ethan founded C3DT to address structural inefficiencies in modern manufacturing. He leads product strategy, system architecture, and long-term platform development with a background in additive manufacturing and process design.
Lead Researcher
Matthew leads R&D focusing on multi-process manufacturing and future applications. He plays a key role in translating research concepts into manufacturable, scalable systems.
Lead Developer
Chris oversees firmware architecture and control systems. His work ensures that C3DT’s hardware platforms remain stable, extensible, and production-ready for precise motion control.
Founded Creative 3D Technologies to develop modular manufacturing systems.
Founded Creative 3D Technologies to develop modular manufacturing systems.
Designed and validated the EVO platform as the company’s first commercial system.
Deployed systems for early industrial and government use cases.
Deployed systems for early industrial and government use cases.
Established in-house manufacturing and system assembly capabilities.
Ongoing development of next-generation additive manufacturing platforms.
Ongoing development of next-generation additive manufacturing platforms.
C3DT is supported by a group of advisors with backgrounds in manufacturing, technology, and large-scale systems deployment. Advisors provide guidance across technical strategy, operations, and long-term platform development.
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