Tao Treasures LLC dba Nanobiofab
NanoBioFAB is a leading provider of high-throughput nano-printing technology and solutions, specializing in the development of innovative, wearable, intelligent nanotech-based healthcare and medical devices. The company aims to accelerate nanomaterial research and development, enabling cost-effective innovations and reducing time to market for new sensor products, particularly in telemedicine and personalized healthcare. With a focus on AI-driven smart sensors, NanoBioFAB is positioned to enhance personal health management in the 5G era.
Industries
N/A
Nr. of Employees
small (1-50)
Tao Treasures LLC dba Nanobiofab
4539 Metropolitan Ct, Frederick, MD 21704
Patents
Products
Integrated high-throughput nano-printing synthesis and discovery platform
Laboratory platform combining inkjet-assisted nano-printing, combinatorial nano-inks, robotic screening, and experiment/data management software for parallel material discovery and sensor R&D.
High-density pressure sensor arrays for simulation and training
Pressure sensor arrays with high spatial resolution and many sensing elements per cm2, designed for simulation training and mannequin integration with real-time visualization and quantitative metrics.
Gas and wearable sensor devices for body-emitted VOC monitoring
Gas sensor devices designed to detect body-emitted VOCs with configurable detection ranges and integration options for wearable health monitoring and metabolic assessment.
Integrated high-throughput nano-printing synthesis and discovery platform
Laboratory platform combining inkjet-assisted nano-printing, combinatorial nano-inks, robotic screening, and experiment/data management software for parallel material discovery and sensor R&D.
High-density pressure sensor arrays for simulation and training
Pressure sensor arrays with high spatial resolution and many sensing elements per cm2, designed for simulation training and mannequin integration with real-time visualization and quantitative metrics.
Gas and wearable sensor devices for body-emitted VOC monitoring
Gas sensor devices designed to detect body-emitted VOCs with configurable detection ranges and integration options for wearable health monitoring and metabolic assessment.
Services
Provision of inkjet-assisted, high-parallelization nanomaterial synthesis to generate large combinatorial material libraries for sensor and materials R&D.
Automated robotic screening of sensor chips and materials with parallel testing, performance ranking and ML-driven signature analysis to accelerate identification of promising sensing materials.
Software solution for test-unit control, experiment design and execution, and centralized data management for high-throughput material and sensor experiments.
Project-based R&D engagements to plan, synthesize, test and transition sensors from laboratory prototypes to pilot manufacturing scale, including process optimization and technical transfer.
Support services including sensing material synthesis methods, sensor fabrication assistance, instrument loading, automated testing and integrated analytical reporting for collaborative projects.
Provision of inkjet-assisted, high-parallelization nanomaterial synthesis to generate large combinatorial material libraries for sensor and materials R&D.
Automated robotic screening of sensor chips and materials with parallel testing, performance ranking and ML-driven signature analysis to accelerate identification of promising sensing materials.
Software solution for test-unit control, experiment design and execution, and centralized data management for high-throughput material and sensor experiments.
Project-based R&D engagements to plan, synthesize, test and transition sensors from laboratory prototypes to pilot manufacturing scale, including process optimization and technical transfer.
Support services including sensing material synthesis methods, sensor fabrication assistance, instrument loading, automated testing and integrated analytical reporting for collaborative projects.
Expertise Areas
- High-throughput combinatorial materials discovery
- Combinatorial nano-ink formulation
- Automated robotic screening and parallel testing
- Machine-learning analytics for sensor data
Key Technologies
- Inkjet-assisted 3D nano-printing
- High-throughput robotic screening
- Combinatorial nano-ink systems
- Experiment control and data management software
News & Updates
NanoBioFAB graduated from the EDGE program, securing second place and $2,500 to aid in the commercialization of their product.
Nanobiofab received a grant from TEDCO as part of an economic relief package for businesses affected by COVID-19.
NanoBioFAB showcased its technology at the NIH/National Cancer Institute Technology Showcase.
NanoBioFAB participated in the Hera Fast Pitch DC competition, aimed at innovative startups.
Awarded for their proposal on an inkjet-assisted nano printing sensing platform for flexible sensors.
Featured in WUSA9 for their innovative wearable technology that tracks personal fitness.
NanoBioFAB graduated from the EDGE program, securing second place and $2,500 to aid in the commercialization of their product.
Nanobiofab received a grant from TEDCO as part of an economic relief package for businesses affected by COVID-19.
NanoBioFAB showcased its technology at the NIH/National Cancer Institute Technology Showcase.
NanoBioFAB participated in the Hera Fast Pitch DC competition, aimed at innovative startups.
Awarded for their proposal on an inkjet-assisted nano printing sensing platform for flexible sensors.
Featured in WUSA9 for their innovative wearable technology that tracks personal fitness.