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SEEING BENEATH

THE SURFACE

SEEING BENEATH THE SURFACE

At Skin Plastic Lab, our mission is to transform diagnostics in plastic surgery and wound care with cutting-edge MedTech solutions. Starting from thermal sensors, we have developed Thermal Matrix, a precise thermographic imaging tool integrated into a bandage, enabling accurate, non-invasive diagnostics.

By correlating surface temperature with vascularization, this innovative device enhances patient monitoring, optimizes wound management, and supports better clinical outcomes.

At Skin Plastic Lab, our mission is to transform diagnostics in plastic surgery and wound care with cutting-edge MedTech solutions. Leveraging nanotechnology-based thermal sensors, we have developed Thermal Matrix, a precise thermographic imaging tool integrated into a bandage, enabling accurate, non-invasive diagnostics.

By correlating surface temperature with vascularization, this innovation enhances patient monitoring and improves outcomes, advancing clinical practices in critical areas such as chronic wound management and skin transplant procedures.

THERMAL MATRIX

A GAME-CHANGER IN WOUND CARE

THERMAL MATRIX

A GAME-CHANGER IN WOUND CARE

Scientific evidence confirms that skin surface temperature correlates with vascularization, yet existing technologies lack the ability to effectively visualize and quantify blood vessel networks in real time.

Traditional wound assessment also requires frequent dressing removal, which may cause secondary injuries, increase patient discomfort, delay healing (Marrone et al., JWC 2020), and contribute to excessive medical material consumption, creating both clinical and economic burdens.

A non-invasive method for monitoring temperature and vascular flow would aid skin viability assessment across wound care, plastic, and reconstructive surgery. Smart dressings with integrated temperature monitoring would further enhance real-time, continuous wound evaluation.

Skin Plastic Lab proprietary solution, Thermal Matrix, resolves these challenges by allowing real-time wound evaluation without dressing removal, maintaining the wound’s integrity and environment. With a temperature sensitivity of 0.01°C, the device facilitates early detection of complications and improves patient care by:

Scientific evidence confirms that skin surface temperature correlates with vascularization, yet existing technologies lack the ability to effectively visualize and quantify blood vessel networks in real time.

Traditional wound assessment also requires frequent dressing removal, which may cause secondary injuries, increase patient discomfort, delay healing (Marrone et al., JWC 2020), and contribute to excessive medical material consumption, creating both clinical and economic burdens.

A non-invasive method for monitoring temperature and vascular flow would aid skin viability assessment across wound care, plastic, and reconstructive surgery. Smart dressings with integrated temperature monitoring would further enhance real-time, continuous wound evaluation.

Skin Plastic Lab proprietary solution, Thermal Matrix, resolves these challenges by allowing real-time wound evaluation without dressing removal, maintaining the wound’s integrity and environment. With a temperature sensitivity of 0.01°C, the device facilitates early detection of complications and improves patient care by:

  • Reducing patient discomfort through
    non-invasive monitoring.

  • Optimizing healthcare resources by
    eliminating unnecessary dressing changes.

  • Elevating standards of care in wound management and post-operative monitoring.

AREAS OF APPLICATION

AREAS
OF APPLICATION

Traumatology

Real-time assessment of vascularizationand healing in trauma patients.

Wound Care and Plastic Surgery

• Pre-operative evaluation of vascularization levels.
• Post-operative monitoring of surgical wounds to ensure proper healing and detect early signs of complications.

Monitoring of Chronic Wounds

Facilitates the study and managementof long-term wound healing.

Skin Implants and Inflammation

Tracks blood perfusion and inflammationin implants and injured tissues.

Traumatology

Real-time assessment of vascularizationand healing in trauma patients.

Wound Care and Plastic Surgery

  • Pre-operative evaluation of vascularization levels.
  • Post-operative monitoring of surgical wounds to ensure proper healing and detect early signs of complications.

Monitoring of Chronic Wounds

Facilitates the study and managementof long-term wound healing.

Skin Implants and Inflammation

Tracks blood perfusion and inflammationin implants and injured tissues.

Skin Plastic Lab sets a new standard in precision, versatility, and patient-centric care, empowering healthcare professionals to achieve better outcomesin skin-related diagnostics and treatments.

Skin Plastic Lab sets a new standard in precision, versatility, and patient-centric care, empowering healthcare professionals to achieve better outcomes in skin-related diagnostics and treatments.