TRACTION KIT CHILD *COMFORT
Description
**{{productName}}** is an **orthopedic support kit** designed to apply **skin traction to a child’s limb**, usually for temporary stabilization of fractures or musculoskeletal injuries. It helps **align bones, reduce muscle spasms, and relieve pain** before or during treatment. The kit is commonly used in **hospitals, emergency departments, and orthopedic care**.
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Full Description
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Category: Orthopedic / Fracture Management
{{productName}} is an orthopedic support kit designed to apply skin traction to a child’s limb, usually for temporary stabilization of fractures or musculoskeletal injuries. It helps align bones, reduce muscle spasms, and relieve pain before or during treatment. The kit is commonly used in hospitals, emergency departments, and orthopedic care.
Key Features
- Designed specifically for pediatric (child) patients
- Provides gentle skin traction for bone alignment
- Helps reduce pain and muscle spasms
- Soft and comfortable materials to protect sensitive skin
- Easy to apply by trained healthcare professionals
Technical Specifications
- Product Type: Pediatric skin traction kit
- Size: Child
- Material: Adhesive traction straps, foam padding, cord, and bandage
- Usage: Temporary orthopedic traction support
- Sterility: Medical-grade disposable components
Common Uses
- Femur or leg fractures in children
- Maintaining bone alignment before surgery
- Orthopedic traction therapy
- Support during rehabilitation or fracture management
Suitable For
- Hospitals and orthopedic departments
- Emergency and trauma care units
- Pediatric orthopedic patients
- Healthcare professionals trained in traction therapy
Care & Handling
- Apply only under medical supervision
- Ensure skin is clean and dry before application
- Monitor the skin regularly for irritation or pressure marks
- Dispose of used components according to medical waste protocols
Note: Pediatric traction kits provide a non-invasive method to stabilize fractures and maintain bone alignment, helping reduce complications before definitive orthopedic treatment.