Revolutionizing Hospital Hygiene: The Ultimate Keyboard Cleaning Solution
UV-C is the most efficient way to clean surfaces in hospitals. We're targeting keyboards to reduce hospital-acquired infections. Our device automatically closes, cleans, and disinfects, providing a seamless solution for healthcare environments.
The CleanKey Device
An automated UV-C sanitation solution integrated with medical workstations for seamless, cost-effective keyboard disinfection
Targeted Sanitation
Specifically designed to sanitize hospital keyboards, one of the most frequently touched and contaminated surfaces in healthcare settings.
UV-C Technology
Utilizes proven UV-C light technology to eliminate bacteria, viruses, and other pathogens without chemicals or residue.
Fully Automated
Eliminates human error and the need for additional cleaning protocols, ensuring consistent and reliable sanitization.
Substantial Cost Savings
Dramatically reduces the average cost of $1,189 per keyboard per year for manual cleaning, eliminating recurring costs of wipes and significantly reducing labor expenses.
Increased Cleaning Frequency
Automatically increases cleaning frequency without additional labor, enhancing overall hygiene and reducing the risk of HAIs.
Keyboard Compatible
Engineered to work with standard hospital keyboards without causing damage to electronic components.
Our Research
Exploring the impact of UV-C technology on Healthcare-Associated Infections
The HAI Problem
Healthcare-Associated Infections (HAIs) represent a significant challenge in modern healthcare, affecting patient safety and hospital efficiency.
1 in 31
Hospital patients develop an HAI
99,000+
Annual deaths attributed to HAIs
$45B
Annual direct hospital costs from HAIs
The Keyboard Connection
Research has shown that hospital keyboards can harbor dangerous pathogens including MRSA, C. diff, and other antibiotic-resistant bacteria. As high-touch surfaces used by multiple healthcare workers, keyboards represent a significant but often overlooked vector for cross-contamination.
Current cleaning protocols for keyboards are often inadequate or inconsistently applied. Traditional disinfection methods may damage electronic equipment or leave residues that can affect functionality.
Our Research Goals
- Measure the efficacy of UV-C technology in eliminating common HAI pathogens from keyboard surfaces
- Determine optimal exposure times for maximum sanitization without equipment damage
- Assess the integration of the device into existing hospital workflows
- Evaluate potential reduction in HAI rates with consistent keyboard sanitization
The Invisible Threat
Bacteria and pathogens on keyboards are invisible to the naked eye. Under specialized imaging, we can see the extent of contamination that exists on these frequently touched surfaces.
Studies have found that hospital keyboards can harbor dangerous pathogens for days or even weeks, creating an ongoing risk for cross-contamination between healthcare workers and patients.
Bacteria visualization on a keyboard under specialized imaging
About the Founders
Meet the innovative minds behind the CleanKey project
Samantha Child
Co-Founder
A dedicated current student at San Diego State University, Samantha is passionate about developing innovative solutions to real-world healthcare problems. Her focus on reducing Hospital Acquired Infections (HAIs) through targeted UV-C sanitation technology drives the CleanKey project forward.
William McCaffrey
Co-Founder
William, who graduated last fall, brings his entrepreneurial spirit and passion for healthcare to the CleanKey project. His innovative approach ensures that the technology addresses real-world needs in healthcare settings, with a focus on making a significant impact in patient safety and hospital efficiency.
Our Journey
The CleanKey project was born out of our participation in a NASA competition, where we were challenged to develop innovative solutions for healthcare-related issues. Our success in this competition fueled our passion to bring this life-saving technology to fruition.
Currently, we are proud members of the ZIP Launchpad program at San Diego State University. This entrepreneurship incubator has provided us with invaluable resources, mentorship, and support as we work to transform our research into a real-world product that can make a significant impact in healthcare settings.
Participate in Our Testing Program
We're seeking healthcare facilities interested in testing our UV-C keyboard sanitization device. Your participation will help advance this important research.
Research-Backed
Be part of a university-supported research initiative aimed at improving patient outcomes
No Disruption
Testing is designed to integrate seamlessly with your existing workflows
Early Access
Be among the first to evaluate this innovative technology
Request Testing Information
Click the button below to fill out our testing program participation survey. Your input will help us advance this important research.
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