BioMedical’s Anscare products from Taiwan, part of the BenQ Materials Corp group, are set to revolutionize wound healing for infected chronic and poorly healing wounds in the outpatient and inpatient sectors. The Anscare range of tools are solutions for effective wound treatment and wound care, including for patients with poorly healing wounds for self-care at home. In this context, Anscare is the market leader for products in clinical hemostasis, scar care, wound management and, above all, negative pressure wound therapy.
A vacuum in Negative Pressure Wound Therapy, or NPWT, promotes rapid healing of acute and chronic wounds. The system results in edema and wound secretion removal, shrinks wound edges through the force of contraction, stimulates new, young tissue to grow, and leads to the formation of new blood vessels and their circulation. Hospital stays can thus be shortened in the inpatient area, which saves costs.
But Anscare also promises a solution for the future of outpatient and mobile wound treatments that will be ready for the market this year. The Anscare SIMO system, also an NPTW solution, is optimally mobile in difficult wound situations thanks to its handy, light and small format. Patients with physical and psychological problems in particular will love the multi-layer system with special structure, which is simply placed on the wound and connected with a device. For those affected, it means little effort, a lot of freedom of movement and thus more quality of life, also because the mechanism works without electricity or battery, but only with a „swing rotation“. The system does not require containers or canisters, but it uses special pattern recognition to indicate when the next dressing change is due.
The new wound management solution is used for various indications in the outpatient setting, which include pressure ulcers, burns, skin grafts, sutures and diabetic foot syndrome (DFS). The new innovative product SIMO-NPWT has received multiple certifications and design and innovation awards.
Source: www.inar.de