Try-Fusion Wound Therapy Device

NPWT + Installation + Oxygen Therapy

Three therapies, One System, Maximum Healing, Advanced Healing for the most Challenging wounds

  • Maximum Healing

    Ensures faster and more complete wound recovery.

  • Advanced Healing

    Uses advanced technology for effective treatment of complex wounds.

The Power of Three

integrated Wound Healing Technology

This cutting-edge system synergizes three proven wound therapies into one intelligent device:

  • Negative Pressure Wound Therapy (NPWT)

    Promotes granulation, removes exudate, reduces edema.

  • Instillation Therapy

    Delivers wound cleansers or antimicrobials directly into the wound bed to break down biofilm and debris.

  • Topical Oxygen Therapy (TOT)

    Enhances cellular regeneration and suppresses anaerobic bacterial growth.

Together, they deliver unmatched healing power, ideal for infected, chronic, or complex wounds.

Why Choose Tri-Fusion Therapy?

  • Accelerated Healing

    Combines mechanical stimulation, chemical cleansing, and oxygenation for optimal tissue recovery.

  • Enhanced Infection Control

    Instillation removes wound debris, while oxygen therapy helps inhibit bacterial growth.

  • Customizable Protocols

    Individual settings for pressure, fluid delivery, dwell time, and oxygen flow—tailored to each wound.

  • Fewer Dressing Changes

    Extended wear time reduces nursing workload and improves patient comfort.

  • All-in-One Compact System

    Portable, battery-operated, and ideal for hospitals, clinics, or home care.

Clinical Indications

  • Chronic Diabetic Ulcers

  • Infected Surgical & Traumatic Wounds

  • Pressure Ulcers with Biofilm

  • Wounds with Slough, Necrosis, or Tunneling

  • Compromised Grafts/Flaps

  • Burns and Exudative Wounds

Technical Specifications

  • Hassle-free system that continues to operate even when error alarms appear, until the issue is rectified

  • Easy-to-use system with touchscreen or soft-button operation

Feature Specification
Therapy Modes VAC, Instillation and Topical Oxygen Supply
Negative Pressure Range -40mmHg to -200mmHg
Interface and Display Intuitive touchscreen operation & TFT Display
Pressure Modes (VAC Modes) Continuous: -40mmHg to -200mmHg
Dynamic Mode
High: -100mmHg to -200mmHg
Low: -40mmHg to -100mmHg
Liquid (Antibiotic / Saline) Independent fluid control through Peristaltic Pump
Instillation Therapy Alarms Tube Blockage Alarm, Vacuum Leakage Alarm
Battery Backup Long lasting 20 hr backup (9000 mAh) on continuous pump operation
Battery Charging Time 3–4 hrs during operation
Material of Construction Sturdy Metal Body for Rugged Use
Power Input 230–240V, 50–60Hz

Revolutionizing Wound Care

Our Triple-Modality Device represents the future of advanced wound management—designed by clinicians, for clinicians. Whether in ICUs, wound clinics, or home health settings, it delivers safe, efficient, and faster wound resolution.

How NPWT Devices Work

Application

o A foam or gauze dressing is placed into the wound.

The dressing is then covered with a semi-permeable adhesive film to create an airtight seal.

Negative Pressure

A drainage tube is connected from the dressing to a vacuum pump.

The vacuum pump creates negative pressure (suction) within the wound.

Mechanism of Action

The negative pressure helps to draw out excess fluid from the wound, reducing edema (swelling).

It helps to increase blood flow to the wound area, promoting tissue regeneration.

The vacuum also helps to approximate wound edges and stimulate the growth of new tissue (granulation).

Benefits

  • Enhanced Healing: Promotes faster and more effective wound healing by reducing fluid buildup, increasing blood flow, and stimulating tissue growth.

  • Reduced Infection Risk: Removes exudate and infectious materials from the wound site.

  • Improved Patient Comfort: Can be less painful and more manageable than traditional wound care methods.

  • Versatility: Suitable for a wide range of wounds, including acute, chronic, traumatic, dehisced surgical wounds, ulcers, and burns.

Types of NPWT Devices

Portable NPWT Devices

Lightweight and battery-operated, allowing for greater mobility and use in outpatient settings or at home.

Stationary NPWT Devices

Larger devices typically used in hospital settings, providing continuous therapy for more severe wounds.

Considerations

Patient Selection

Not suitable for all patients, such as those with certain types of wounds or infections, or patients with poor blood flow to the wound area.

Monitoring

Regular monitoring and dressing changes are necessary to prevent complications and ensure the wound is healing properly.

Training

Proper training is required for healthcare providers and caregivers to use the device correctly.

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