The LHSUWIE Medical Wound Debridement Machine is designed to effectively remove damaged tissue from wounds using advanced ultrasonic technology, promoting healing and improving wound care.
The machine operates at an ultrasonic working frequency of 40 KHz ±10 KHz, providing precise energy for effective debridement.
Yes, the machine consumes less than 200W of power, making it energy-efficient while delivering high-performance results.
The LHSUWIE machine can be used for various types of wounds including venous ulcers, diabetic foot syndrome, decubitus ulcers, burns, and infected acute wounds.
The machine utilizes the cavitation effect generated by low-frequency ultrasound to break and remove bacteria and dead tissues from the wound surface without damaging healthy tissue.
Yes, with a weight of approximately 9kg and compact dimensions of 500*500*470mm, it is lightweight and easy to transport between medical facilities.
The benefits include low-pain debridement, promotion of healing, thorough cleaning of wounds, reduced bleeding, and no allergic side effects.
The Class II Instrument Classification indicates that the LHSUWIE meets industry standards for safety and performance, ensuring reliability during medical use.
Yes, the LHSUWIE is designed to operate in atmospheric pressures ranging from 860Pa to 1060kPa, making it suitable for various environments.
The machine is designed to only remove fibrinogen and necrotic tissue while preserving healthy tissue, which minimizes pain for the patient.
The LHSUWIE supports a liquid temperature range of 0–30°C, allowing for flexibility during treatment.
Yes, the LHSUWIE comes with a variety of wound care probes that provide flexibility to address different types of wounds.
The bacteria clearance rate during treatment can exceed 90%, ensuring effective cleaning of the wound.
No surgical intervention is necessary as the machine can reach difficult wound pockets and fistula tracts without the need for surgery.
The distinct ultrasonic frequency stimulates enzymatic activity and growth factors, which helps protect and promote the growth of granulation tissue.
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