1. High Grip Comfort

   The ergonomically designed handle conforms to the contours of the hand, effectively distributing grip pressure and minimizing fatigue after prolonged use. This allows medical personnel to operate the device more easily and accurately, especially during prolonged use, such as surgery, by reducing the risk of misoperation due to hand fatigue.

2. High Durability

   The handle is constructed of medical-grade ABS plastic, offering excellent chemical and abrasion resistance. It withstands frequent cleaning and disinfection, and is resistant to scratches and fading. It maintains its appearance and performance after long-term use, reducing device maintenance costs.

3. Convenient

   The modular design of the handle allows for quick disassembly with simple tools, making it easy for clinical engineers to replace or repair components. This minimizes maintenance time and impacts device operation.

4. Compatibility

   The handle housing is designed specifically for the Spot Vital Signs Lxi monitor. Once installed, it seamlessly integrates into the overall functionality of the device without affecting any performance indicators. The handles in the Spot Vital Signs Lxi series are universally compatible, resulting in a relatively low procurement cost.

Compatible Devices: This handle housing is exclusively compatible with the Welch Allyn Spot Vital Signs Lxi multi-parameter vital signs monitor (all models). It is a specially designed accessory for this monitor series.

Device Function:

The Welch Allyn Spot Vital Signs Lxi is a vital signs monitor that monitors multiple parameters, including key parameters such as NIBP, SpO₂ , and temperature. Additional parameters can be expanded, and it offers many other practical features, such as the ability to query and delete historical measurement data.

Combining this with mobility-enhancing accessories like the handle housing allows for efficient vital signs monitoring, especially in mobile monitoring scenarios. This enhances the device's portability and usability, allowing healthcare professionals to more flexibly monitor patients' vital signs at the bedside, during transport, and in other settings.