The Wound moulage arterial leg ulcer, large, epithelization phase is a highly realistic self-adhesive wound moulage designed for medical educators and simulation specialists. It accurately replicates an arterial leg ulcer in the epithelization healing phase and helps healthcare professionals practice wound care for peripheral arterial occlusive disease (PAOD) complications. This product ensures immersive, hands-on learning with dermatologically safe materials.

Train with Unmatched Realism using the Wound moulage arterial leg ulcer, large, epithelization phase

This wound moulage delivers a life-like simulation of a large arterial leg ulcer in the formation of epithelial tissue. You can easily adhere it to the lower leg, providing immediate application and stability during clinical training scenarios. The moulage empowers trainers to demonstrate the healing process after successful therapy and wound cleaning. It is ideal for repeated sessions, since you can reinforce adhesion with special skin glue for extended use. The self-adhesive wound arrives ready to use and comes with its own convenient storage box, ensuring a long lifespan. All materials are dermatologically harmless, making training comfortable and safe for every participant.

Features and Benefits

• Self-adhesive design with optional fixation using skin glue for longer use
• Replicates a large arterial leg ulcer showing the epithelization phase
• Perfect for simulating tissue defects from PAOD
• Immediate use with easy adherence to the lower leg
• All materials are dermatologically harmless
• Supplied with a practical storage box for safe keeping
• Clinical-grade quality meets education standards

Indications for Use

• Medical training for wound care and management
• Simulation of arterial ulcers from peripheral arterial occlusive disease
• Educating about the healing phases of chronic wounds
• Demonstrations of epithelial tissue development in wound healing

Size Guide

• Large wound moulage designed for the lower leg area
• No specific size codes or measurements provided—universal large size