• Prestigious recognition highlights HARTMANN’s ongoing commitment to go further for healt
Heidenheim/Germany, March 06, 2017 – HARTMANN, one of the leading manufacturers of wound care products worldwide, continues to break new grounds with its recently launched HydroClean® plus. Winning the top award in the ‘Most Innovative New Dressing’ category at the Journal of Wound Care Awards 2017, HydroClean® plus is recognized for changing the way wounds are treated and for its impact on patients’ lives. Due to its unique Rinsing-Absorption Mechanism, HydroClean® plus promotes autolytic debridement and supports effective wound cleansing and wound progression in a variety of wounds. 2, 4, 5, 6, 7
“We are honoured to receive an award that acknowledges our unwavering commitment in developing high-quality reliable wound care solutions that deliver efficiencies in costs and time,” says Peter Schuck, Vice-President for Global Sales Marketing in the HARTMANN Group. “The health industry is transforming globally and the need for simple, effective, economical wound care solutions that improve patient outcomes is more important now more than ever. With its innovative features, HydroClean® plus leads the pack and has truly revolutionized modern wound care.”
Moist wounds heal faster.5 HydroClean® plus is an all-in-one dressing that aids debridement and moist wound bed preparation, improving healing outcomes and ultimately patient quality of life.3, 8
Powered by its unique Rinsing-Absorption Mechanism, HydroClean® plus removes necrosis and devitalised tissue via autolysis. 9, 10 The dressing is proven to significantly reduce Matrix Metalloprotease (MMPs) levels – one of the main culprits of delayed wound healing – by up to 87 percent. 10, 11 Simultaneously, superabsorbent polyacrylate (SAP) particles in the pad continuously release Ringer’s solution to keep the area moist for up to three days and the antiseptic Polyhexanide (polyhexamethylene biguanide, PHMB) binds bacteria into the wound pad. 2, 4 HydroClean® plus creates an ideal moist wound environment which supports faster healing.
The patented Hydro-Responsive Wound Dressing (HRWD®) is safe, light and conforms well to the wound surface. 4, 11 With the addition of easy-to-remove silicone strips, patients experience painless dressing changes with HydroClean® plus. 4, 11
HARTMANN’s two-step HydroTherapy Technology starts with HydroClean® plus to cleanse the
wound and stimulate healthy granulation tissue. To speed up wound closure, step two of HydroTherapy is HydroTac®, a Hydro-Responsive Wound Dressing with AquaClear Technology, that boosts the concentration of growth factors and increases the activity of epithelial cells.12
HARTMANN and Journal of Wound Care highlights the efforts of nurses, clinicians, and researchers who have made an impact on patient care
On the night of the Journal of Wound Care Awards 2017, HARTMANN sponsored ‘The Effective Wound Bed Preparation, Infection and Biofilm Award’ which recognises excellent individual work by commendable Healthcare Professionals. The award sponsorship emphasises HARTMANN’s commitment to go further in developing simple, effective and cost-efficient wound care solutions like HydroClean® plus. Karen Woosey, Marketing Director at HARTMANN UK, and Christoph Melchers, International Senior Manager Sales & Marketing at HARTMANN, received the award on behalf of the HARTMANN Team.
The Journal of Wound Care Awards 2017 winners were chosen by a panel of expert judges within the health sector. The annual event, held in London on Friday, 3 March 2017, pays tribute to the hard work and valuable contribution of Health Care Professionals in all fields of wound care. HARTMANN Team in the UK took the initiative to organize the award entry and the award sponsorship.
Aside from its recent win, HydroClean® plus was also ranked as one of the world’s ‘Most Innovative Wound Dressings’ at the acclaimed World Union of Wound Healing Societies (WUWHS) Awards, 2016 in Florence.
To learn more about HydroClean® plus and HARTMANN’s wound care history, visit www.hydrotherapy.info or hartmann.info/en/our-expertise/wound-management.
 Eming S, Smola H, Hartmann B, et al. The inhibition of matrix metalloproteinase activity in chronic wounds
by a polyacrylate superabsorber. Biomaterials (2008);29 (2):2932-2940.
 Humbert P, Faivre B, Véran Y, et al. on behalf of the CLEANSITE study group. Protease-modulating polyacrylate-
based hydrogel stimulates wound bed preparation in venous leg ulcers a randomized controlled trial. Journal of
the European Academy of Dermatology and Venereology (2014);28 (12):1742-1750.
 Rippon G, Hydro-Responsive Wound Dressing (HRWD) Monograph: Clinical and Scientific Monograph. ISBN
Monograph. 978-1-944788-63-6-ISBN Services (2016).
 Kaspar D, Therapeutic effectiveness, compatibility and handling in the daily routine of hospitals or
physicians’s practices. HARTMANN Data on file: Hydro-Responsive Wound Dressing (HRWD) and AquaClear
Technology are trademarks of HARTMANN (2011).
 Ousey K, Rogers A, Rippon, M et al. The importance of hydration in wound healing: reinvigorating the clinical
perspective Journal of Wound Care (2016) ;25(3):122, 124-30.
 Meuleneire F, Clinical evaluation of TenderWet plus. HARTMANN document (2011) [Data on file].
 Spruce P, Bullough L, Johnson S, et al. Benefits of HydroClean plus in wound bed preparation: a case study
series. Wounds International (in press) (2016).
 Ousey, K., Rippon, M. G., Rogers, A. A. (2016) HydroTherapy Made Easy. Wounds UK 12(4)
 Knestele, M (2004) The treatment of problematic wounds with HydroClean plus - tried and tested over many years in clinical practice. HARTMANN Data on file.
 Zöllner, P (2010). Observational study Ideal wound environment during granulation and epithelization achieved with HydroTac. HARTMANN Data on file.
 Ellermann, J HydroClean 2.0: Design validation customer/user interviews. Internal Report, International
Marketing Department (2015).
 Smola H., Maier G., Junginger M., Kettel K., Smola. Hydrated polyurethane polymers to increase growth factor bioavailability in wound healing. Presented at the EORS, Congress (2014) Nantes