Through its partnership with Proguardeum, Texas Medical tackles this challenge by integrating the company’s Optimum™ solution as part of its delivery systems to offer viable alternatives to harsh industrial chemicals, with a line of safe, nontoxic, biodegradable products that deliver power, performance, and safety to schools, hospitals, airports, fitness facilities, and restaurants. Texas Medical Technology swiftly recognized the value this brings to current demands. With this partnership, the company will utilize Proguardeum’s Optimum™ solution into a vast array of its technologically savvy safety solutions, including:
SaniScreen™- A new innovation in automated kiosks that utilizes stock data, mask-recognition and temperature sensors, dispenses Optimum™ Hand Defense solution, and a large customized display feature to communicate with customers. SaniDrone™- A drone that safely dispenses Optimum™ while it maneuvers operational challenges in the construction process of large structures, including sports stadiums. GermRover™- A wheeled robot that combines the automated dry mist application of Optimum™, high-powered ultraviolet lamps, and spatial sensors to apply effective sterilization in larger spaces of operation, such as shopping malls, schools, and airports. SaniGate™ - A prefabricated, sanitizing mobile unit, effective in reducing occupation-related COVID-19 exposure. It includes smart-temperature thermometry measurement tools, in addition to Optimum™ Hand Defense solution which can be utilized for all entrances into buildings. Proguardeum’s Optimum™ solution is an EPA N-List-approved, hospital-grade disinfectant composed of a super oxidizing biocidal agent, Hypochlorous (HOCl). It is non-flammable, non-toxic, non-alcoholic, and non-irritant. With the special formula made of pH neutral HOCl, Optimum™ is not only highly efficient to eradicate biofilm, but also gentle on the skin and on surfaces. The dry mist application provides efficient coverage for hard to reach areas and safe to treat on electronic equipment.
