News

Aquionics’ prototype proves five times more efficient than conventional methods

Collaboration will produce unprecedented disinfection products

Dot Metrics Technologies, Inc. is pleased to announce that Dr. T. Robert Harris has joined the team as ASEE/NSF SBIR Postdoctoral Research Fellow

Dot Metrics Technologies, Inc.  has been awarded a Technology Enhancement for Commercial Partnerships Supplement by the National Science Foundation for work associated with Dot Metrics’ water disinfection systems

Two STEM undergraduate students  pursuing degrees in Biology and Electrical Engineering at the University of North Carolina at Charlotte will be conducting research in the fields of  germicidal efficacy testing, and LED electrical system design

Dot Metrics Technologies-sponsored Senior Design Team wins the second place at the 2009 Senior Design Expo, organized by the William States Lee College of Engineering, at UNC Charlotte

Two STEM undergraduate students  pursuing degrees in Biology and Electrical Engineering at the University of North Carolina at Charlotte will be conducting research in the fields of biological testing, and embedded system design

This Small Innovation Research (SBIR) project will bring to market a low power, point of use (PoU) water disinfection system designed to retrofit into existing passive (non-germicidal) filtration systems. This project will use ultraviolet light emitting diodes (UV LEDs) along with a novel and proprietary flow cell design, resulting in PoU water disinfection

Dot Metrics Technologies, Inc. has been awarded Phase I Matching  Funds by the One North Carolina Small Business (Development of a low power germicidal flow cell with a reduced form factor for point of use (PoU) water disinfection)

Development of a low power germicidal flow cell with a reduced form factor for point of use (PoU) water disinfection

Dot Metrics Technologies, Inc. has been awarded Phase I Matching Funds Program by the One North Carolina Small Business (Integration of Langmuir-Blodgett quantum dot films into optoelectronic device heterostructures)

Integration of Langmuir-Blodgett Quantum Dot Films Into Optoelectronic Device Heterostructures

Demonstrating a new method of introducing deep-green luminescent nanostructures into semiconductor materials for light emitting diodes