Yonker YK-81C Finger Pulse Oximeter
Portable SpO₂ Monitoring Solution
- Stable SpO₂ measurement performance under environmental light interference conditions.
- Dual-color OLED display provides clear and intuitive monitoring information.
- Optional PI function supports enhanced measurement insights.
- Low power design enables prolonged daily monitoring and portable use.
Product Overview
The Yonker YK-81C finger pulse oximeter is designed for home and portable SpO₂ monitoring applications.
It provides stable SpO₂ measurement performance under environmental light interference conditions and features a dual-color OLED display with optional PI function support.
With low power consumption design and compact structure, YK-81C provides a reliable solution for prolonged everyday oxygen saturation and pulse rate monitoring.
Key Features
Environmental Light Interference Resistance
Designed to maintain stable measurement performance under environmental light interference testing conditions.
Dual-Color OLED Display
Dual-color OLED display provides clear measurement information and an intuitive user experience.
Optional PI Function
Optional Perfusion Index (PI) function provides additional measurement reference information.
Low Power Consumption Design
Optimized power management supports prolonged use for home monitoring and portable health checks.
Technical Specifications
| Product Type | Finger Pulse Oximeter |
| Model | YK-81C |
| SpO₂ Measurement Range | 70% – 100% |
| Pulse Rate Range | 25 – 240 bpm |
| Display | Dual-Color OLED Display |
| Optional Function | Perfusion Index (PI) |
| Power Design | Low Power Consumption Design |
| Product Size | 60 × 33 × 31 mm |
| Product Weight | Approx. 28 g |
Applications
Home Monitoring
Convenient spot-checking and monitoring of SpO₂ and pulse rate for everyday home health management.
Healthcare Support
Suitable for compatible clinical and assisted-care monitoring workflows requiring portable oxygen saturation measurement.
Portable Use
Compact design supports everyday health checks, travel, and portable monitoring scenarios.