Evidence. Recovery. Performance
How Our Technologies Support Wound Healing
Improve Tissue Perfusion
Supporting local circulation to help create an environment conducive to tissue repair.
Reduce Pain & Inflammation
Evidence-based technologies designed to help manage pain and modulate inflammatory responses during recovery.
Stimulate Cellular Repair
Photobiomodulation supports ATP production and cellular processes involved in tissue healing.
Complement Standard Wound Care
Designed to integrate alongside established wound management protocols as part of a multidisciplinary approach.
Clinical Applications
Our technologies may support clinicians managing a wide range of acute and chronic wounds by improving tissue perfusion, supporting cellular repair and complementing established treatment pathways.
Diabetic Foot Ulcers
Evidence-based technologies supporting tissue repair alongside established diabetic foot care.
Arterial & Ischaemic Wounds
Designed to support tissue perfusion and help manage ischaemic pain where vascular compromise exists.
Venous Leg Ulcers
Supporting healing by complementing compression therapy and multidisciplinary wound management.
Post-Surgical & Complex Wounds
Supporting recovery where tissue healing is delayed or compromised following surgery or injury.
Clinical Evidence for Wound Healing
Published clinical evidence supports the use of photobiomodulation and neurostimulation to promote tissue repair, improve microcirculation and complement established wound care pathways. Explore the evidence behind our technologies.
Ducest Neurostimulation
Clinical evidence demonstrating improvements in circulation, pain management and tissue perfusion.
Photobiomodulation
Evidence supporting wound healing, inflammation management and tissue repair.
Clinical Evidence
Published clinical studies support the use of neurostimulation and photobiomodulation to improve tissue perfusion, support tissue repair and complement established wound care pathways. Explore our Clinical Evidence Hub to review clinical summaries, published research and mechanisms of action.