Met Health
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Working Principle: The device utilizes near-infrared light technology to visualize subcutaneous veins. Hemoglobin absorbs near-infrared light more efficiently than surrounding tissues; after capturing the reflected light, the device converts it into clear vascular images, which are projected directly onto the skin surface.
Key Advantages: Non-contact with the skin, radiation-free, and easy to operate. It can quickly highlight thin, superficial, or poorly filled veins, significantly reducing puncture difficulty and patient discomfort.
Critical Parameters: Typical imaging depth ranges from 0 to 10mm, suitable for diverse populations including adults, children, and the elderly. Offers adjustable image brightness and contrast to adapt to different skin tones.
Clinical Medical Settings: Widely used in hospital infusion rooms, emergency departments, pediatrics, and geriatrics. It effectively addresses challenges such as thin veins, obesity, dehydration, and damaged veins from repeated punctures.
Home Care Scenarios: Ideal for home-based bed care and self-injection by chronic disease patients (e.g., insulin injection for diabetes). It assists caregivers in accurately locating veins.
| Light Source | Near Infrared |
| Projector Resolution | 854*480 pixel |
| Projection Size | Large, Medium, Small, Very Small |
| Projection Mode | Normal, Enhanced, Depth |
| Depth Prompts | Deep, Medium, Shallow |
| Resolution Deviation | ≤0.10mm |
| Best Projection Distance | 200±20mm |
| Min Identified Vessel | ≥0.4mm |
