Medical Kiosk TD-8500 with Wifi or Ethernet connection includes New M2M (Machine-to-Machine), concepts of IoT (Internet of Things), and also wireless kiosk technologies are making kiosk service solutions more accessible, flexible and convenient for customers than ever before.

Introduction Video

Medical Kiosk


  • 6 Parameters – ECG, Blood Pressure, Blood Oxygen, Temperature, Weight and Height measurement
  • Interactive touch screen for self-service solution
  • Speech and face recognition technology
  • 32″ TFT color LCD touch screen
  • Available with Ethernet, Wifi

With our TD-8500 Medical Kiosk (Interactive Health Kiosk), it has very simple operations for your healthcare managements.

TD-8500 Medical Kiosk supports Wifi and Ethernet connection.

All in one design, one kiosk for six medical parameters that is temperature, blood oxygen satuaration, ECG, blood pressure, weight and height. (Being able to do multiple functions at a time.)

Voice Assitant like Siri

The best thing is No wake words, like “Hey Voice Assistant” are needed.

No need for manual entry.

Users speak the text listed with the choices presented on the kiosk’s screen.

Users can follow with step-by-step instructions through on-screen interactive voice guides.

AI Face Recognition Technology

It is Fast and Non-Invasive Identity Verification.

No need for passwords, presenting ID cards and other inconviences.

Take photos and create your own account ID easily.

Healthcare Professionals Benefits

They can focus on patients who need priority medical services.

Medical kiosk (Interactive Health Kiosk) can be used to complement primary care clinician visits.

User Benefits

No need for using multiple medical devices to get their physiological parameters.

Medical kiosk (Interactive Health Kiosk) can be located in an enclosed space and provide a convenience environment allowing users to self-monitor their health.

No need to schedule an appointment in advance with healthcare professionals.

IoT Applications in Medical Devices

IoT enables interoerability, machine-to-machine communication, information exchange, and data movement that makes healthcare service delivery effective.

An IoT device analyzes the collected data and instantly upload the information to the cloud with reliable connectivity. Healrthcare professionals could access the data whenever they needed.


Measurement MethodDetect InfraRed Radiation (Distance: 3-7 cm)
Measurement Range22°C - 44°C
Temperature Accuracy36.0°C - 39.0°C, ±0.2°C; < 36.0°C or > 39.0°C, ±0.3°C
Blood Oxygen Saturation
Measurement MethodDual wavelength LED
SpO2 Measurement Range0% - 100%
SpO2 Accuracy80% - 100% , ±2%; 70% - 79%, ±3%; < 70%, no definition
Pulse Measuring Range30 - 250 bpm
Pulse Accuracy±1% or ±1 bpm when HR < 100 bpm
Electrocardiogram (ECG)
Dry Handle Electrode (Left hand & Right hand)
Signal Sampling Resolution252 samples/sec
Pulse Measuring Range30 - 250 bpm
Pulse Accuracy±1% or ±1 bpm if HR < 100 bpm
Blood Pressure
Measurement MethodOscillometric during Deflating
Pressure Accuracy±3 mmHg over full range
Pulse Measuring Range40 - 199 bpm
Pulse Accuracy±4% of reading
Cuff range17-42 cm
Measurement range4 - 250 Kg
Accuracy4.0 Kg~60.0 Kg ± 0.3 Kg,
60.1 Kg~250.0 Kg ± 0.5%,
Graduation: 0.1 Kg
Measurement range125 - 205 cm
Accuracy±2 cm of reading
Dimension88.5 (L) x 86.7 (W) x 176 (H) cm
Weight150 Kg
Seat loadMaximum 250 Kg