Our Story.A decade of innovation.
From 3D Printing to AI
Founded by Nick Liverman in 2012, Old World Labs began as a pioneer in ultra-precise 3D printing. Our journey started with a vision to create 3D printers of uncompromising precision, capable of satisfying the toughest industrial standards.
About Nick Liverman
Started making robots at age 12, beginning with computer scripts in online games that automated mining and item creation. This early experience sparked his fascination with converting digital objects into physical products.
When consumer 3D printers first emerged, Nick was captivated by the possibility of making 3D design accessible to everyone. After experiencing limitations with early consumer printers, he founded Old World Laboratories with the mission to manufacture printers meeting the most stringent industrial standards.
Learn more about Nick Liverman
Shaping Tomorrow
Today, Old World Labs leads the charge in integrating intelligent agents into humanoid robots and virtual worlds. Our groundbreaking 'Replicants' technology combines AI-driven reasoning with resource-aware robotics, setting new benchmarks for sustainable and scalable automation. By merging cutting-edge AI with real-world applications, we continue to redefine what's possible in both physical and digital realms.
Integrating Agents into Robotics
At CES 2025, Old World Labs is showcasing its 'Agents as a Service' technology, integrating AI into humanoid robots and virtual worlds. This innovation redefines AI's role in both physical and digital spaces.
“Our mission is to empower people and organizations with intelligent systems that can operate in the real world and virtual environments alike.”
Innovation Timeline.From precision to intelligence.
OWL Founded
Foundation of Old World Labs
Patents Submitted
Initial patent applications filed for stereolithography system
Multi-wavelength laser system with optical trapping
Dynamic beam focusing and real-time monitoring
OWL Nano Debut at CES
Old World Labs introduced the OWL Nano printer at CES 2014
The OWL Nano is a stereolithographic printer using liquid resin solidified by a laser
Features a single strand laser beam for minimal distortion
Capable of SLA printing at an incredible 0.1 micron layer height
Positioned as a strong competitor to the Formlabs Form1 printer
Patent pending for the innovative technology
First dedicated 3D printing area at CES featuring OWL alongside industry leaders
MC Printer Line & Patents
Introduction of MC-1 and MC-2 SLA printers at CES 2015
Revolutionary 100 nanometer resolution using two-photon polymerization
Launch of subscription-based printer service model
Used by NASA, Stanford, and other leading institutions
MC-1: High-precision nano-scale photo fabrication device, built by hand in USA
MC-2: Advanced control board with multiple upgraded lasers for new materials
250x the resolution of other 3D printers in the industry
Collaboration with US Department of Defense and Integrated Photonics Institute
Subscription model allowing hardware upgrades as technology evolves
Patents granted for advanced stereolithography system with multi-wavelength laser and optical trapping
Product Maturity
Showcase at CES 2016 with MC-2 high-end industrial printer
Price range $100,000 to $250,000 reflecting industrial capabilities
Artificial Lung Project: Collaboration with VA Ann Arbor to develop 3D-printed microfluidic artificial lungs
Pioneering high-resolution 3D polymer printing for blood flow networks
Venostent Project: Development of bioengineered vascular support for dialysis access
Focus on improving outcomes for Veterans with respiratory diseases and kidney failure
Patent Granted
Patent granted for production of 3D objects by stereolithography
US Patent 10,086,566 for advanced stereolithography system
Includes multi-wavelength laser and optical trapping technology
Advanced Research
Continued development of wearable artificial lung prototype
Collaboration with VA Ann Arbor Healthcare System on microfluidic lung design
Prototype sized to fit in backpack/waist pack with >1 week operational time
First use of high-resolution 3D polymer printing for functional microfluidic lungs
Development of biocompatible coating to prevent immune rejection
Focus on COPD treatment and respiratory support for veterans
Digital Entertainment
Expansion into game development with Abyss Online MMORPG
Development of a rich, community-driven virtual world
Implementation of advanced 3D modeling and simulation technology
Creation of eight distinct biomes with unique cultures and environments
Focus on player-driven economy and crafting systems
Integration of high-precision 3D technology expertise into game development
Integrating Agents into Robotics
Unveiled 'Agents as a Service' technology at CES 2025
Seamless integration into humanoid robots and virtual environments
AI agents inhabit and operate humanoid robots, adapting to 3D environments
Unified AI presence across physical and digital realms with 'Replicants' system
Replicants technology combines AI-driven reasoning with resource-aware robotics
Empowers humanoid robots to function as intelligent, autonomous entities
Bridges the gap between physical robotics and immersive digital experiences
Pioneering the Future.From precision engineering to AI-driven robotics.
Microfluidic Device Manufacturing
Automated Laboratory Systems
3D Modeling & Simulation
Microfluidic Device Manufacturing
Automated Laboratory Systems
3D Modeling & Simulation