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VAC Negative Pressure Wound Therapy System

Key Features

• Accommodates wounds of varied sizes
• Small & portable
• Antimicrobial interface
• Manages pressure variations
• Irrigation function
• Suitable for all clinical situations (Patient/wound condition)
• Ensures efficient care and reproducible positive outcomes
• Alert for malfunction
• Battery-operated
• Instillation function
• Foam interface
• Gauze interface

Operation Modes

• Continuous Mode: Negative pressure between 80-125 mm/Hg is applied.
• Intermittent Mode: Negative pressure is delivered in a rhythmic cycle with 5 minutes on & 2 minutes off.

The Benifit of Foam in NPWT

• 1. Fluid absorbing: The foam in NPWT manages the exudates and other fluids that accumulate in the wound bed. By effectively retaining these fluids, the foam maintains an optimal moisture balance in the wound, preventing excessive hydration or dehydration. This creates a favorable environment for cell proliferation and tissue granulation, which are essential processes in wound healing.
  2. Wound stabilization: Foam dressings contribute to wound stabilization by providing a supportive structure for the surrounding tissues, helping to maintain the shape and integrity of the wound bed, and reduces the likelihood of wound edge collapse or maceration.
  3. Tissue deformation: Applying negative pressure to the foam dressing results in an even distribution of pressure across the wound bed, which promotes microstrain and has been associated with angiogenesis and granular tissue formation.
  4. Wound integrity: Foam protects tissue from direct contact with negative pressure. Foam softness makes it ideal for cushioning the wound bed and reducing pain and discomfort.
  5. Infection control: The foam dressing in NPWT not only retains wound exudates but also serves as a barrier against potential contaminants, such as bacteria and other pathogens. By keeping the wound environment clean, the foam helps reduce the risk of infection and supports the overall healing process.
  6. Promotion of wound contraction: During NPWT, the foam dressing contracts to help reduce the wound surface area, promoting faster healing and minimizing scar formation.

The Benefit of Foam in NPWT

Key Features

• Accommodates wounds of varied sizes
• Small & portable
• Antimicrobial interface
• Manages pressure variations
• Irrigation function
• Suitable for all clinical situations (Patient/wound condition)
• Ensures efficient care and reproducible positive outcomes
• Alert for malfunction
• Battery-operated
• Instillation function
• Foam interface
• Gauze interface

Operation Modes

• Continuous Mode: Negative pressure between 80-125 mm/Hg is applied.
• Intermittent Mode: Negative pressure is delivered in a rhythmic cycle with 5 minutes on & 2 minutes off.

Key Features

• Two kinds of pressure units: Kpa/mmHg
• 1 Litre storage bottle，1.5m silica tube
• Power supply: 220V 50HZ AC
• Over pressure, lacking pressure alarm
• Maximum setting pressure 60Kpa = 450mmHg
• Outflow protection
• Inclination forbidden

Operation Modes

• Continuous
• Intermittent (working time and intermittent time set between 1~99 min)
• Unblocking (5 seconds aspiration, 5 seconds releasing)

What makes the pcs safe?

• Safety lock prevents mis-programming
• Available in FOUR languages
• Overlapping chambers provide graduated compression and reduce the potential for window edema

What makes the pcs so effective?

Customized treatment for each patient

• Preset compression therapy programs*
• Tailor treatment and treatment times to patient needs
• Fill-to-Fit technology for consistently applied compression
• Focused therapy for problem areas*
  *medi pcs genius only

Key Features

• Pure colour, Narrow band, no side effect of heterogeneous light
• High power intensity, small size, low weight, allowing high power circuit integration
• High brightness cold light source, high photoelectric conversion rate
• Long life, longer than 100,000 hours
• Innovative Ergonomic Design
• Touch Screen Control
• Simple and Smooth Operation Program
• Efficient and convenient working procedures
• Saves time for medical care personnel

The Superior Light Module

• Optimal dominant wavelength: 636nm to satisfy the requirement of both penetration and energy of photons
• Top light power density in the industry: 230mW/cm2
• Top output light power in the industry: 12-48W
• Top effective treatment irradiation area in the industry: 250-900 cm2

Key Features

• High energy photon with high density
• Larger area and depth of effective treatment
• Semiconductor solid state light emitter
• Able to produce specific colored light in certain spectrum without mottled light
• No side effects
• Multiple Source focus technology
• Promotes the cell metabolism
• Accelerate the healing of illness recovery
• Shorten the time of clinical treatment

Advantages

• Self-stay 3D arm and array hinges
• Flexible irradiator structure
• User friendly touch TFT screen
• Treatment to be given in a sitting position or lying down
• High Energy Density with High Power IC ESLD