Overview
HealthArc supports a wide range of Remote Patient Monitoring (RPM) devices that automatically transmit patient readings to the HealthArc platform. Depending on the device, readings are transmitted using built-in cellular connectivity or Bluetooth paired with a compatible smartphone or tablet.
This article provides a reference of all supported RPM devices, organized by manufacturer, including:
Device name
Model number
Example IMEI (for cellular devices)
How the device works
How readings are transmitted
Basic setup process with HealthArc
Note: Cellular devices contain a built-in SIM card and do not require Wi-Fi, Bluetooth pairing, or a smartphone unless otherwise specified.
HealthArc
HealthArc Pro Cellular Blood Pressure Monitor
Item | Details |
Device Name | HealthArc Pro Cellular Blood Pressure Monitor |
Current Model | HA103-V2 |
Previous Models | HA103, HA102 |
Transmission Type | Built-in 4G Cellular |
Example IMEI Numbers (15 characters in length) | HA103-V2 & HA103: 016312345679837 HA102: 864423456754536 |
Device Image
How the Device Works
The HealthArc Pro Cellular Blood Pressure Monitor automatically measures blood pressure and securely transmits the results to the HealthArc platform using its built-in 4G cellular connection.
The process is simple:
Place the cuff on the upper arm.
Press the Start button.
The cuff inflates and measures:
Systolic Blood Pressure
Diastolic Blood Pressure
Pulse Rate
IHB (Irregular Heartbeat)
After the reading is completed, the device automatically sends the encrypted data through its integrated 4G cellular modem.
If cellular service is temporarily unavailable, the reading is stored locally and automatically uploaded once network connectivity is restored.
The device does not require:
Smartphone
Mobile application
Wi-Fi connection
Bluetooth pairing
How readings are transmitted
Built-in 4G cellular SIM
Automatic encrypted upload to HealthArc
Compatible with major U.S. cellular carriers
Offline storage when signal is unavailable
Setting up with HealthArc
Ensure the device has been assigned to the patient within the HealthArc Portal.
Verify the IMEI number matches the assigned device.
Install the batteries.
Ask the patient to perform an initial blood pressure reading.
Confirm the reading appears in the patient's HealthArc dashboard.
The device is ready for routine monitoring.
Device User Manual
HealthArc Pro Cellular Body Scale
Item | Details |
Device Name | HealthArc Pro Cellular Body Scale |
Current Model | HA302 |
Previous Model | HA201 |
Transmission Type | Built-in 4G Cellular |
Example IMEI Numbers (15 characters in length) | HA302: 016323765414436 HA201: 864312987317594 |
Device Image
How the Device Works
The HealthArc Pro Cellular Body Scale is a medical-grade Remote Patient Monitoring (RPM) device designed to automatically measure body weight and securely transmit the results to the HealthArc platform. It follows a simple "step-on-and-send" process, making it ideal for seniors and patients managing chronic conditions such as congestive heart failure, obesity, and other weight-related health concerns.
The measurement process is fully automated:
Step onto the scale. The built-in Sense On technology automatically powers on the device.
Four high-precision load sensors measure the patient's body weight.
The measured weight is displayed on the large LCD screen.
After the patient steps off the scale, the device automatically encrypts and transmits the reading through its integrated 4G LTE cellular module.
If a cellular connection is temporarily unavailable, the reading is stored securely and automatically uploaded once network connectivity is restored.
No smartphone, Bluetooth pairing, Wi-Fi connection, or mobile application is required.
How Readings Are Transmitted
Built-in 4G LTE cellular modem
Embedded SIM card
Automatic encrypted transmission to the HealthArc platform
Pre-configured to connect to major U.S. cellular networks (AT&T, Verizon, and T-Mobile)
Automatic offline storage with synchronization once connectivity is restored
Setting Up the Device with HealthArc
Before providing the device to a patient:
Assign the device to the patient within the HealthArc Portal.
Verify that the device IMEI matches the IMEI assigned in the portal.
Install the batteries according to the user manual.
Place the scale on a hard, level surface for accurate measurements.
Have the patient perform an initial test measurement.
Confirm that the reading is successfully received in the patient's HealthArc Dashboard.
Educate the patient to use the scale under consistent conditions (for example, at the same time each day and on a flat surface) for the most accurate trend analysis.
The device is now ready for routine Remote Patient Monitoring.
Device User Manual
HealthArc Blood Glucose Monitoring System Gen 2
Item | Details |
Device Name | HealthArc Blood Glucose Monitoring System Gen 2 |
Model | TMB-2282-G |
Transmission Type | Built-in 4G LTE Cellular |
Example IMEI Number | 863257063174165 |
Device Image
How the Device Works
The HealthArc Blood Glucose Monitoring System Gen 2 is a cellular-enabled Remote Patient Monitoring (RPM) device designed to simplify diabetes management by automatically transmitting blood glucose readings to the HealthArc platform. With built-in 4G LTE connectivity, the device eliminates the need for smartphones, mobile applications, Bluetooth pairing, or Wi-Fi.
The testing process is simple and automated:
Insert a TeleRPM 8-electrode test strip into the meter.
Use a lancing device to obtain a small drop of capillary blood from your fingertip.
Apply the blood sample to the test strip.
The meter analyzes the sample using advanced glucose sensing technology with Hematocrit (HCT) correction to improve measurement accuracy across varying blood conditions.
Within seconds, the blood glucose result is displayed on the screen.
Immediately after the test, the device securely encrypts and transmits the reading through its built-in 4G LTE cellular module to the HealthArc platform.
If cellular connectivity is temporarily unavailable, the reading is securely stored and automatically transmitted once network coverage is restored.
Healthcare providers can review glucose readings in near real time, enabling proactive diabetes management and timely intervention when necessary.
How Readings Are Transmitted
Built-in 4G LTE cellular modem
Embedded SIM card
Automatic encrypted transmission to the HealthArc platform
Compatible with major U.S. cellular networks (AT&T, Verizon, and T-Mobile)
Automatic offline storage with synchronization once connectivity is restored
No smartphone, Bluetooth pairing, mobile application, or Wi-Fi required
Setting Up the Device with HealthArc
Before issuing the device to a patient:
Assign the device to the patient within the HealthArc Portal.
Verify that the device IMEI matches the IMEI assigned in the portal.
Ensure the device has sufficient battery power.
Provide the patient with compatible blood glucose test strips and lancets (3-month supply is included in the Glucose monitor kit along with the device. More supplies can be ordered via HealthArc platform later upon requirement).
Have the patient perform an initial blood glucose test.
Confirm that the reading is successfully received in the patient's HealthArc Dashboard.
Educate the patient on proper blood sample collection, test strip handling, and safe disposal of used lancets and strips.
The device is now ready for routine Remote Patient Monitoring.
Device User Manual
HealthArc 4G Pulse Oximeter
Item | Details |
Device Name | HealthArc 4G Pulse Oximeter |
Model | HA401 / BM1000 |
Transmission Type | Built-in 4G Cellular |
Example IMEI Number | 350412367517080 |
Device Image
How the Device Works
The HealthArc 4G Pulse Oximeter is a cellular-enabled Remote Patient Monitoring (RPM) device that measures blood oxygen saturation (SpO₂) and pulse rate, then automatically transmits the readings to the HealthArc platform using its built-in 4G cellular connection. It is designed to support remote monitoring for patients with respiratory diseases, cardiovascular conditions, sleep disorders, and other chronic health conditions.
The measurement process is simple and automatic:
Place your index or middle finger inside the pulse oximeter with your fingernail facing upward.
Press the power button to begin the measurement.
The device emits red and infrared light through the fingertip.
An optical sensor measures how much light is absorbed by oxygenated and deoxygenated hemoglobin.
Using this information, the device calculates:
Blood Oxygen Saturation (SpO₂)
Pulse Rate (Heart Rate)
The readings are displayed on the screen within a few seconds.
Immediately after the measurement is completed, the device securely encrypts and transmits the results through its integrated 4G cellular module to the HealthArc platform.
If cellular service is temporarily unavailable, the readings are securely stored and automatically uploaded once connectivity is restored.
The device does not require a smartphone, Bluetooth pairing, Wi-Fi connection, or a mobile application.
How Readings Are Transmitted
Built-in 4G LTE cellular modem
Embedded SIM card
Automatic encrypted transmission to the HealthArc platform
Supports major U.S. cellular networks
Automatic offline storage with synchronization once cellular connectivity is restored
No smartphone, Bluetooth pairing, Wi-Fi, or external gateway required
Setting Up the Device with HealthArc
Before issuing the device to a patient:
Assign the device to the patient within the HealthArc Portal.
Verify that the device IMEI matches the IMEI assigned in the portal.
Ensure the device has sufficient battery power.
Have the patient perform an initial test reading.
Confirm that the SpO₂ and pulse rate readings are successfully received in the patient's HealthArc Dashboard.
Educate the patient on proper finger placement and techniques for obtaining accurate readings.
The device is now ready for routine Remote Patient Monitoring.
Device User Manual
Smart Meter
iGlucose / iEssential Glucose Meter
Item | Details |
Device Name | iGlucose Blood Glucose Meter / iEssential Glucose Meter |
Models | GM291-V (iGlucose), TELEBGM (iEssential Glucose) |
Transmission Type | Built-in Cellular Connectivity |
Device ID Examples | GM291-V: 9111453 |
Note: Depending on the device model, the unique device identifier may be displayed as either a Device ID or an IMEI.
Device Image
How the Device Works
The iGlucose and iEssential Glucose meters are cellular-enabled Remote Patient Monitoring (RPM) devices designed to simplify blood glucose testing by automatically transmitting readings to the HealthArc platform. Unlike traditional glucose meters, these devices use built-in cellular connectivity to securely send results to healthcare providers without requiring Bluetooth pairing, Wi-Fi, or a smartphone.
The testing process is quick and straightforward:
Insert a compatible blood glucose test strip into the meter.
Use a lancing device to obtain a small drop of blood from your fingertip.
Apply the blood sample to the test strip.
The meter uses electrochemical sensing technology to analyze the sample and measure the blood glucose level.
Within approximately 5 seconds, the blood glucose result is displayed on the screen.
Immediately after the test, the device securely transmits the reading using its built-in cellular module to the HealthArc platform.
If a cellular connection is temporarily unavailable, the reading is stored and automatically uploaded once connectivity is restored (if supported by the device model).
Healthcare providers can review blood glucose readings in near real time, helping them monitor glucose trends and make timely treatment decisions.
How Readings Are Transmitted
Built-in cellular communication module
Embedded SIM card (model dependent)
Automatic encrypted transmission to the HealthArc platform
Utilizes available U.S. cellular networks
No smartphone, Bluetooth pairing, Wi-Fi, or mobile application required
Automatic synchronization when network connectivity becomes available (where supported)
Setting Up the Device with HealthArc
Before issuing the device to a patient:
Assign the device to the patient within the HealthArc Portal.
Verify that the Device ID or IMEI matches the identifier assigned in the portal.
Ensure the device has sufficient battery power.
Provide the patient with compatible glucose test strips and lancets.
Have the patient perform an initial blood glucose test.
Confirm that the reading is successfully received in the patient's HealthArc Dashboard.
Educate the patient on proper blood sample collection, correct use of test strips, and safe disposal of used lancets and strips.
The device is now ready for routine Remote Patient Monitoring.
Device User Manual
(To be inserted)
iPulseOx Cellular Pulse Oximeter
Item | Details |
Device Name | iPulseOx Cellular Pulse Oximeter |
Manufacturer | Smart Meter |
Model | SMC-OX |
Transmission Type | Built-in 4G LTE Cellular |
Example IMEI Number | 350434532397121 |
Device Image
How the Device Works
The Smart Meter iPulseOx Cellular Pulse Oximeter is a cellular-enabled Remote Patient Monitoring (RPM) device that measures blood oxygen saturation (SpO₂) and pulse rate, then automatically transmits the results to the HealthArc platform using its built-in 4G LTE cellular connection. It is commonly used to remotely monitor patients with chronic respiratory and cardiovascular conditions, including COPD, asthma, pneumonia, and heart failure.
The device operates in two simple stages:
1. Measurement
The device uses pulse oximetry technology to measure oxygen saturation and pulse rate.
Insert your index or middle finger into the pulse oximeter with your fingernail facing upward.
The device emits red and infrared light through the fingertip.
Oxygen-rich hemoglobin absorbs more infrared light, while oxygen-poor hemoglobin absorbs more red light.
Optical sensors measure the amount of light passing through the finger.
Using these measurements, the device calculates:
Blood Oxygen Saturation (SpO₂)
Pulse Rate (beats per minute)
2. Automatic Cellular Transmission
After the measurement is complete, the device automatically encrypts the reading.
Using its built-in AT&T IoT SIM card and integrated 4G LTE cellular modem, the device securely transmits the data directly to the HealthArc platform.
Healthcare providers can review the readings in near real time, allowing timely intervention when abnormal oxygen saturation or pulse readings are detected.
If cellular service is temporarily unavailable, supported devices automatically upload stored readings once connectivity is restored.
No smartphone, Bluetooth pairing, Wi-Fi connection, or mobile application is required.
How Readings Are Transmitted
Built-in 4G LTE cellular modem
Embedded AT&T IoT SIM card
Automatic encrypted transmission to the HealthArc platform
No smartphone, Bluetooth pairing, Wi-Fi, or external gateway required
Automatic synchronization when network connectivity becomes available (where supported)
Setting Up the Device with HealthArc
Before issuing the device to a patient:
Assign the device to the patient within the HealthArc Portal.
Verify that the device IMEI matches the IMEI assigned in the portal.
Ensure the device has sufficient battery power.
Have the patient perform an initial SpO₂ measurement.
Confirm that the reading is successfully received in the patient's HealthArc Dashboard.
Educate the patient on proper finger placement and best practices for obtaining accurate readings.
The device is now ready for routine Remote Patient Monitoring.
Device User Manual
(To be inserted)