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[Accurate Two-Stage Model]: This model is rigorously designed based on real-world diabetic foot pathology data, accurately depicting both mild symptoms (dry skin/callus formation) and severe ulcer progression (tissue necrosis/bone exposure), ensuring precise medical education [Side-by-Side Pathology Comparison]: The mild model demonstrates early warning signs, while the severe model reveals late-stage complications, supporting comparative learning and helping students understand disease mechanisms [Immersive Touch Experience]: Really simulates the shape of real human feet. When pressing, you can feel the softness and resistance as if touching the real edema area; touching the wound, rough scabs and uneven tissue damage will bring you an immersive tactile impact [High Quality]: This anatomical model is made of silicone and effectively simulates varying degrees of diabetic foot ulceration, infection, and necrotic tissue, helping students intuitively understand the pathological characteristics of diabetic foot [Application]: Suitable for medical schools, hospitals, emergency training centers, and patient education, it helps doctors, nurses, and patients understand the different stages, treatments, and care techniques of diabetic foot. Medical and nursing teaching/patient demonstrations can be handled.
[Accurate Two-Stage Model]: This model is rigorously designed based on real-world diabetic foot pathology data, accurately depicting both mild symptoms (dry skin/callus formation) and severe ulcer progression (tissue necrosis/bone exposure), ensuring precise medical education [Side-by-Side Pathology Comparison]: The mild model demonstrates early warning signs, while the severe model reveals late-stage complications, supporting comparative learning and helping students understand disease mechanisms [Immersive Touch Experience]: Really simulates the shape of real human feet. When pressing, you can feel the softness and resistance as if touching the real edema area; touching the wound, rough scabs and uneven tissue damage will bring you an immersive tactile impact [High Quality]: This anatomical model is made of silicone and effectively simulates varying degrees of diabetic foot ulceration, infection, and necrotic tissue, helping students intuitively understand the pathological characteristics of diabetic foot [Application]: Suitable for medical schools, hospitals, emergency training centers, and patient education, it helps doctors, nurses, and patients understand the different stages, treatments, and care techniques of diabetic foot. Medical and nursing teaching/patient demonstrations can be handled.
We currently have no offers for this products