EDAN F300 Fetal Monitor Silicone Button Film / Keypad Membrane - OEM Replacement Parts

Silicone Keypad Membrane for EDAN F300

EDAN F300 Fetal Monitor Silicone Button Film / Keypad Membrane - OEM Replacement Parts

► Brief Description

The keyboard is key to the human-computer interaction on the EDAN F300 Fetal Monitor, and it's covered with a silicone keypad membrane. This silicone keypad membrane is not just a simple plastic cover; it's a precision component designed based on medical-grade protection standards. Through a unique material process, it ensures operational sensitivity while providing comprehensive protection against dust, water, and corrosion, effectively extending the lifespan of expensive medical equipment and reducing hospital maintenance costs.

► Features

1. This keypad membrane is made of high-quality medical-grade silicone material, possessing excellent flexibility and resilience. It perfectly conforms to the F300's control panel and will not become brittle or crack even in low-temperature environments.

2. The silicone surface is delicate and smooth, with a skin-like feel, effectively reducing fingertip fatigue for medical personnel during prolonged operation.

3. Made of high-quality material and featuring button markings, it ensures that medical personnel can quickly identify function keys in high-pressure environments such as emergency rescues.

4. Silicone has strong anti-aging properties, and will not yellow or deform with long-term use, maintaining the cleanliness of the device's appearance.

► Ergonomic Design

The EDAN F300 Fetal Monitor Silicone Button Film is designed with the clinical realities of healthcare workers typically wearing medical gloves in mind. Its surface friction coefficient has been carefully calibrated to ensure precision during gloved operation without causing glove damage or button film displacement due to excessive friction.

Furthermore, the raised design on the button film perfectly corresponds to the original button positions, allowing for blind operation through tactile feedback. This enables healthcare workers to smoothly adjust parameters while monitoring screen data changes.