Ramses Martinez and Team Secure Multiple Patents

A revolutionary manufacturing method developed by the research team of Martinez at the FlexiLab has just been awarded a U.S. patent, marking a significant advancement in the field of scalable nanotechnology. The patented technique, titled Roll-to-Roll Nanoforming of Metals Using Laser-Induced Superplasticity (R2RLIS), enables the high-throughput, cost-effective production of ultrasmooth metallic nanostructures using standard CO₂ lasers and low-cost nanomolds.
 
Developed by Hall Family Rising Star Professor Ramses V. Martinez and his research team, R2RLIS introduces laser-induced shockwaves to induce superplastic flow in metallic films at room temperature, allowing for precise nanoscale patterning without the need for cleanroom facilities. The technology is compatible with flexible substrates and enables the integration of complex, high-aspect-ratio metallic nanostructures, with promising applications in flexible electronics, biosensing, plasmonics, and metamaterials.
 
“This patent protects a platform technology that can transform how we manufacture nanostructured metals at scale,” said Martinez. “It brings the precision of nanofabrication to the accessibility and speed of roll-to-roll processing.”
Image of Roll-to-Roll Nanoforming provided by Hall Family Rising Star Associate Professor Ramses Martinez
In addition to this groundbreaking patent, Martinez's team has also accomplished three other significant patents:
 
Omniphobic Paper-Based Smart Bandage Devices
Patent No.: 11986296
This innovation focuses on creating smart bandages that repel liquids and contaminants, enhancing wound care and healing. The omniphobic properties ensure that the bandages remain clean and effective, providing a safer and more hygienic option for patients.
 
Epidermal Paper-Based Electronic Devices
Patent No.: 12070315
These devices represent a leap forward in wearable technology, integrating electronic components into paper-based substrates that can be applied directly to the skin. This development opens new possibilities for monitoring health metrics and delivering therapeutic interventions in a non-invasive manner.
 
Waterproof Electronic Decals for Wireless Monitoring of Sweat and Vaginal pH at Point of Care
Patent No.: 12150758
Designed for real-time health monitoring, these waterproof electronic decals can wirelessly track sweat and vaginal pH levels, providing valuable data for medical diagnostics and personalized healthcare. The decals are easy to apply and remove, making them a convenient tool for continuous health monitoring.