The Medical Leg Care simulator is designed for medical education and training in the visual assessment and differentiation of a wide range of lower limb pathologies and wound types. This simulator accurately replicates a human leg from the foot to mid-thigh. It supports diagnostic skills in wound care, vascular assessment, dermatology and general medical training.The simulator shows such changes on the leg as: - Ingrown Toenail- Toenecrosis- Fungal Thickened Toenails- Maceration- Neuropathic Pressure Injury Stage 3- Neuropathic Pressure Injury Stage 4- Heel Pressure Sore Stage 3- Heel Pressure Sore Stage 4- Ingrown Toenail- Atrophie Blanche- Stasis Dermatitis- Hemosiderin Staining- Corona Phlebactatica Lipodermatosclerosis (“ChampagneBottle Leg”)- Venous Ulcer- Healed Ulcer- Pyoderma Gangrenosum- Calciphylaxis- Vasculitis- Bacterial Cellulitis caused by a Bite- Varicose Veins- Telangiectasia- Pitting Edema Dimensions:56 cm high23 cm wide20 cm deep
Unlike other injection pads this advanced pad gives the opportunity to practice with a normal and a hardened abdominal wall. It allows the student to form a realistic fold for injection. Due to special material it gives a lifelike impression of touch and feel, almost like in a real patient. The model is perforation proof and can be attached to the students’ body using a flexible band.Dimensions: Diameter 10 cm Height 3 cm The strap can be adjusted from 40 to 80 cm using Velcro fasteners.
An unhealthy foot model to help teach the importance of proper foot care and nutrition to people with diabetes. This foot replica shows the distal end of the foot with an invasive wound on the bottom of foot and surface inflammation around the big toe and second toe. Life-size foot made of soft, lifelike material with flexible toes.
This life-like and life-size foot model shows typical symptoms of the diabetic foot syndrome. Multiple ulcera and lesions are located at typical positions in different grades. Additional symptoms like cracked skin and a necrotic toe are also shown. A perfect model for diabetic education as well as for nursing education or medical studies. Especially suitable for wound care management education.
This life-size foot model with diabetic foot syndrome shows a foot after a ray resection as a result of necrosis and deep ulcer. Additionally, the foot shows ulcera, lesions and cracked skin. This model is perfect for wound care management education and general nursing education.
Made from realistic material, these teaching models facilitate technique practice on both an injection "skin" and a finger stick apparatus. The skin model may be strapped to the user's arm or leg to simulate a needle injection site, and the finger stick model may be held by the attached grip for lancet practice. Both can be punctures repeatedly. Replacement available. Comes with carrying case.
This life-size foot model with diabetic foot syndrome shows a foot after a ray resection as a result of necrosis and deep ulcer. Additionally, the foot shows ulcera, lesions and cracked skin. This model is perfect for wound care management education and general nursing education.Version for attachement to nursing manikins
This pad that looks and feels like real human skin is ideal for diabetic instruction and injection practice. May be worn in specific body locations to allow patients to inject fluids into the pad to practice giving themselves injections. Pad is thick enough to accept all insulin needles. For safety purposes the oval pad has a hard plastic backing to prevent the needle from pocking through.
Patients can use this soft belly replica as an aid to learn the correct injection technique and rotation of the injection site. Instructors can explain the injection technique so that, for example, the 5cm area around the navel is avoided. The replica can be used to practice self-injection with different types of syringes such as pens. The skin of the trainer feels like real abdominal tissue and can be used to explain and practice forming an abdominal fold. The back of the model is puncture-proof so that injury is not possible. You can inject liquids, which can be removed by disassembling and squeezing out the foam core. If liquids are injected, the foam core must be allowed to air dry after the exercise. The injection should not be made with real insulin, but preferably with distilled water. With good care and treatment, the injection belly can be used for a long time and many hundreds of injections.Size: 26x17x5cm, weight 0.3kg
This life-size foot model with diabetic foot syndrome shows a foot after a ray resection as a result of necrosis and deep ulcer. Additionally, the foot shows ulcera, lesions and cracked skin. This model is perfect for wound care management education and general nursing education.Version for attachement to Nursing Anne manikins
This life-like and life-size foot model shows typical symptoms of the diabetic foot syndrome. Multiple ulcera and lesions are located at typical positions in different grades. Additional symptoms like cracked skin and a necrotic toe are also shown. A perfect model for diabetic education as well as for nursing education or medical studies. Especially suitable for wound care management education.Version for attachment to a nursing anne manikin
An incredibly realistic, life-size, handpainted foot replica moulded from an actual human foot. Abnormalities include: bunion, callus, corn, inflamed toenail, open sore, and dry, cracked skin. Great for use when working with diabetic patients!Size: 23 x 9.5 x 11.5 cm
This life-like and life-size foot model shows typical symptoms of the diabetic foot syndrome. Multiple ulcera and lesions are located at typical positions in different grades. Additional symptoms like cracked skin and a necrotic toe are also shown. A perfect model for diabetic education as well as for nursing education or medical studies. Especially suitable for wound care management education.Version for attachment to a nursing manikin
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