Insulin Self-Injection training pad
Product Functional Features:
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Material & Design:
Crafted from imported medical-grade plastic , the module features a soft, elastic skin-like texture that mimics real human tissue. It includes a fabric elastic strap for secure and comfortable attachment.
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Wearable Design:
The module can be worn on specific body areas such as the abdomen, thigh, and upper arm , providing realistic training for insulin administration.
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Insulin Self-Injection Training:
Designed for self-administration of insulin medication , the module’s adjustable thickness accommodates syringes with different needle gauges , ensuring compatibility with various injection devices.
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Safety & Customization:
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A rigid plastic plate on the module’s oval-shaped backside prevents accidental needle penetration during practice, protecting users from injury.
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The elastic strap offers adjustable length and tightness to adapt to different body sizes and ensure a stable fit.
Key Terminology Validation:
- (Imported Plastic Material): Standardized as imported medical-grade plastic to align with medical device specifications .
- (Fabric Elastic Strap): Industry-recognized term fabric elastic strap matches textile standards .
- (Insulin Self-Injection): Clinically validated as self-administration of insulin medication .
- (Different Needle Gauges): Medical device documentation uses needle gauges to denote needle thickness .
- (Rigid Plastic Plate): Engineering standards define rigid plastic plate as a protective structural component .
This translation ensures technical accuracy while maintaining clarity for medical education purposes, referencing industry-standard terminology
- (Needle Insertion Feel) is precisely captured by needle insertion feel, validated by clinical practice references .
- (Repeated Puncture Practice) aligns with phrases like reusable and up to 100 times without noticeable marks in medical simulation products .皮肤质感逼真 (Realistic Skin Texture) mirrors descriptions in professional models, such as close to real skin texture and highly realistic skin layers .
This translation ensures technical accuracy while maintaining clarity for medical education purposes, referencing industry-standard terminology and product specifications .
