ROSS Device the Most Effective Solution for Prosthetic Liner Hygiene
The ROSS (Rapid Ozone Sleeve Sanitizer), a revolutionary advancement in prosthetic hygiene, has been clinically proven as the most effective at-home method for eliminating bacteria and odors from prosthetic liners. In a study conducted at a globally accredited Contract Research Organization (CRO), ROSS achieved an impressive bacterial load reduction average of 5.1 log, far exceeding the efficacy of traditional methods like rubbing alcohol and antibacterial soap. This cutting-edge device offers a superior solution for maintaining prosthetic liner cleanliness and comfort.
The testing adhered to AAMI TIR 12 protocols and targeted key bacterial strains, including Pseudomonas aeruginosa, Klebsiella pneumoniae, Escherichia coli, and Staphylococcus aureus. These pathogens are known to cause infections and irritations, particularly for prosthetic users who face unique hygiene challenges.
Revolutionary Technology Outperforms Traditional Cleaning Methods
Unlike other cleaning methods, ROSS requires no filters or refills, making it a cost-effective and environmentally friendly solution. Its cutting-edge technology uses ozone to sanitize liners quickly and efficiently, ensuring superior cleanliness without the need for harsh chemicals. This innovation is especially relevant as the next generation of breathable prosthetic liners prepares to enter the market.
For individuals who rely on prosthetic limbs, maintaining hygiene is a crucial yet often challenging task. Traditional cleaning methods, such as rubbing alcohol and antibacterial soap, have long been the go-to solutions. However, a recent clinical study has confirmed that the ROSS (Rapid Ozone Sleeve Sanitizer) is far more effective at eliminating bacteria and odors, setting a new benchmark for prosthetic liner hygiene.
As the next generation of breathable prosthetic liners enters the market, hygiene solutions must evolve to keep up. The success of ROSS in clinical testing underscores its potential as the new standard in prosthetic hygiene.
“This study validates what we’ve known all along—ROSS is not only effective but a true game-changer in prosthetic hygiene. Our goal has always been to improve the quality of life for amputees, and with ROSS, we’re delivering on that promise.”
J.C. Visser (Product Designer, TriOx)
The Science Behind ROSS
A study conducted at a globally accredited Contract Research Organization (CRO) found that ROSS achieved an average bacterial load reduction of 5.1 log—significantly outperforming conventional cleaning methods. The research adhered to AAMI TIR 12 protocols and tested against some of the most concerning bacterial strains, including: Pseudomonas aeruginosa, Klebsiella pneumoniae, Escherichia coli, and Staphylococcus aureus.
These pathogens are known to cause infections and skin irritations, particularly for prosthetic users who already face unique hygiene challenges. The findings highlight how ROSS provides a superior cleaning solution that ensures both safety and comfort.
A Cost-Effective & Eco-Friendly Solution
What sets ROSS apart from traditional cleaning methods is its innovative use of ozone technology. Unlike other products that require regular filter changes or liquid refills, ROSS operates without additional consumables, making it both cost-effective and environmentally friendly. This means users can maintain the highest level of hygiene without the hassle of ongoing expenses or exposure to harsh chemicals.
With its proven efficacy and user-friendly design, ROSS is paving the way for safer, more accessible hygiene solutions for amputees. As awareness of prosthetic hygiene grows, devices like ROSS will play a vital role in enhancing both health and comfort for users across the globe.
As the future of prosthetic hygiene, ROSS is paving the way for safer, more accessible solutions for amputees worldwide.
For media inquiries, or to get access to the full report, please contact:
Dan Herron or J.C. Visser
info@cleanwithross.com
