Home

Key features:-

• Intelligent, Sophisticated, software-operated NPWT system with Irrigation.
• 7-inch touch screen with night mode facility to minimize disturbance to the patient.
• Microprocessor-controlled System for enhanced accuracy, Maintaining target Negative pressure even during Patient movement.
• The digital wound image feature allows healthcare professionals to measure and calculate wound area, which helps with wound progress assessment.
• Provide aseptic delivery of volumetrically controlled wound irrigation solution at the wound site.

VacZon 2.2 – NPWT System

Negative Pressure Wound Therapy System-I is indicated for use on chronic, acute, traumatic, sub-acute, and dehisced wounds, diabetic ulcers, pressure ulcers, skin flaps, and grafts.

Smart Settings:-

• Pressure – (-40 to -240 mmHg)
• Instillation / Irrigation Solution Volume (in ml).
• Soak time (in Min)
• NPWT Cycle time (an hour)
• Pump Intensity

Alarms:-

• Pressure leakage
• Blockage
• Canister full
• Canister (installation) error
• Irrigation error
• Low battery

• Battery runtime > 20 hours
• Compatible with 300 ml, 500 ml, and 1000 ml, disposable canisters with Bacteria filter and solidifying agent.

• Weight – 4.9 lbs (2.2kg)
• Power Adaptor – Input 110/220 VAC, Output 12VDC/5 Amp
• Noise level < 30 db
• Virtually silent operation
• USB port for downloading/uploading Patient data and wound images.

VacZon 2.1 – NPWT System

VacZon 2.1 – NPWT system is a portable, battery powered device which may promote wound healing through the drainage and removal of wound exudate, healing inhibitors, infectious material and tissue debris from wound bed using continuous and/or intermittent negative/ sub atmospheric pressure, maintains moist wound environment, stimulates angiogenesis and granulation tissue and causes mechanical stress in the bed of wound promoting cell proliferation.

VacZon 2.0 – NPWT System

Negative Pressure Wound Therapy System features an intelligent and intuitive software operated high capacity device that provides clinicians even pressure distribution across the wound, prompting faster healing.