Luna Labs
Luna Labs is a world-class technology and product development resource for the defense and healthcare industries. Collaborating across our core capabilities in Advanced Materials, Engineered Systems, and Biotechnology, our teams generate solutions for the most demanding environments and customers to save time, save money, and save lives. We partner with universities, government labs, and other world class companies to explore technological feasibility of new ideas, align technologies with customer needs, and generate solutions. Working with a robust global network of manufacturers, suppliers, licensees, and distributors, Luna Labs develops everything from small-scale prototypes up to market-ready products.
Industries
Nr. of Employees
medium (51-250)
Luna Labs
706 Forest Street, Suite A Charlottesville, VA 22903
Luna Labs is currently seeking investment
Luna Labs is seeking a series-a investment in the range of 1m-5m
Products
Corrosion monitoring sensor systems
Continuous environmental and corrosivity sensing systems for deployment on assets to capture temperature, humidity, contaminants, and corrosion-relevant metrics.
Cloud corrosion data analysis software (C-DAT)
Cloud-hosted analytics and visualization software that automates ingestion of sensor data, performs time-series and trend analysis, and produces executive summaries for corrosion management.
Hydrophobic and corrosion-control coatings
Transparent and durable coatings formulated to improve fluid repellency and extend service life of components and interfaces.
Medical simulation trainers for bleeding control
Hands-on bleeding control training devices designed for classroom and scenario-based training across civilian and tactical environments.
Joint reduction trainers (anatomical simulation devices)
Anatomically accurate joint reduction training devices with realistic palpation and range-of-motion fidelity for teaching reduction techniques.
Three-axis wearable adaptive virtual motion system
Modular motion platform providing realistic roll, pitch, and yaw motions for defense and aviation simulation, paired with control software and user documentation.
Corrosion monitoring sensor systems
Continuous environmental and corrosivity sensing systems for deployment on assets to capture temperature, humidity, contaminants, and corrosion-relevant metrics.
Cloud corrosion data analysis software (C-DAT)
Cloud-hosted analytics and visualization software that automates ingestion of sensor data, performs time-series and trend analysis, and produces executive summaries for corrosion management.
Hydrophobic and corrosion-control coatings
Transparent and durable coatings formulated to improve fluid repellency and extend service life of components and interfaces.
Medical simulation trainers for bleeding control
Hands-on bleeding control training devices designed for classroom and scenario-based training across civilian and tactical environments.
Joint reduction trainers (anatomical simulation devices)
Anatomically accurate joint reduction training devices with realistic palpation and range-of-motion fidelity for teaching reduction techniques.
Three-axis wearable adaptive virtual motion system
Modular motion platform providing realistic roll, pitch, and yaw motions for defense and aviation simulation, paired with control software and user documentation.
Expertise Areas
- Corrosion monitoring and predictive maintenance
- Advanced materials and coatings
- Asset condition monitoring and non-destructive evaluation
- Digital twin and machine-learning-driven analytics
Key Technologies
- Digital twin modeling
- Battery-powered environmental sensor networks
- Cloud-based data analysis and visualization
- Machine learning for predictive maintenance
Key People
News & Updates
A strong international distribution network means communities around the world have the tools and training needed to address critical bleeding injuries.
Insights from a recent Society of Biomaterials webinar on bringing a medical product from concept to market.
It’s hard to imagine how the processes we use in biotechnology overlap with the creation of advanced fuel treatments for airplanes.
One of the big challenges in medicine today is delivering therapeutic payloads, such as cancer treatments and vaccines, exactly where they need to go in the body in a way that triggers the right response. Luna Labs has developed NanoVac™ to tackle this problem. NanoVac is a drug delivery platform that uses short carbon nanotubes (SCNTs) to transport therapeutics more effectively by mimicking the structure of viruses themselves.
Integrated Medcraft today announced it has acquired the TrueClot and Dislotech product lines from Luna Labs. This announcement is more than a successful transaction. It is an example of innovation being accelerated with the right strategic partner.
We sat down with athletic training faculty at Liberty University to talk about one of the challenges in their profession: how to teach joint reduction when you can’t practice on actual dislocated joints.
A strong international distribution network means communities around the world have the tools and training needed to address critical bleeding injuries.
Insights from a recent Society of Biomaterials webinar on bringing a medical product from concept to market.
It’s hard to imagine how the processes we use in biotechnology overlap with the creation of advanced fuel treatments for airplanes.
One of the big challenges in medicine today is delivering therapeutic payloads, such as cancer treatments and vaccines, exactly where they need to go in the body in a way that triggers the right response. Luna Labs has developed NanoVac™ to tackle this problem. NanoVac is a drug delivery platform that uses short carbon nanotubes (SCNTs) to transport therapeutics more effectively by mimicking the structure of viruses themselves.
Integrated Medcraft today announced it has acquired the TrueClot and Dislotech product lines from Luna Labs. This announcement is more than a successful transaction. It is an example of innovation being accelerated with the right strategic partner.
We sat down with athletic training faculty at Liberty University to talk about one of the challenges in their profession: how to teach joint reduction when you can’t practice on actual dislocated joints.