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Using advanced signal processing technology, it can acquire and process data from various sensors in real time to ensure accurate treatment effects and monitoring results.
Integrate multiple treatment modes (such as electrotherapy, ultrasound, thermal therapy, etc.) to achieve multiple functions on the same PCB to meet the rehabilitation needs of different patients.
Provide a friendly operation interface, such as a touch screen or key interface, to facilitate medical staff and patients to operate, as well as to set treatment parameters and view treatment progress.
Built-in storage module, which can save patients' treatment records and monitoring data, support subsequent analysis, and facilitate doctors to evaluate treatment effects and formulate rehabilitation plans.
Integrate Bluetooth or Wi-Fi modules to achieve connection with smartphones or computers, support remote monitoring of data and patient management, and enhance the usability of the device.
Meet medical device standards such as ISO 13485 and IEC 60601 to ensure PCB compliance in terms of safety, signal integrity and biocompatibility.
Use safe and durable materials suitable for medical environments to ensure the durability of the device during high-frequency use and cleaning.
Using advanced signal processing technology, it can acquire and process data from various sensors in real time to ensure accurate treatment effects and monitoring results.
Integrate multiple treatment modes (such as electrotherapy, ultrasound, thermal therapy, etc.) to achieve multiple functions on the same PCB to meet the rehabilitation needs of different patients.
Provide a friendly operation interface, such as a touch screen or key interface, to facilitate medical staff and patients to operate, as well as to set treatment parameters and view treatment progress.
Built-in storage module, which can save patients' treatment records and monitoring data, support subsequent analysis, and facilitate doctors to evaluate treatment effects and formulate rehabilitation plans.
Integrate Bluetooth or Wi-Fi modules to achieve connection with smartphones or computers, support remote monitoring of data and patient management, and enhance the usability of the device.
Meet medical device standards such as ISO 13485 and IEC 60601 to ensure PCB compliance in terms of safety, signal integrity and biocompatibility.
Use safe and durable materials suitable for medical environments to ensure the durability of the device during high-frequency use and cleaning.