The Berry handheld pulse oximeter 3 probes is a portable SpO₂ monitoring device designed to measure oxygen saturation and pulse rate. The current Kenya listing includes three interchangeable SpO₂ sensor options for adult, paediatric and neonatal patients, making the device adaptable to different patient groups.
Its handheld design, colour display, pulse waveform, Bluetooth connectivity and data-logging functions make the Berry handheld pulse oximeter suitable for hospitals, clinics, home-care settings and mobile patient monitoring.
The Berry pulse oximeter 3 probes package is supplied with three SpO₂ sensor options:
Adult probe
Paediatric probe
Neonatal probe
Having interchangeable probes allows the device to be configured for different patient groups, subject to the manufacturer's instructions and the exact package supplied.
The current Kenya listing also describes Bluetooth communication and compatibility with the Berry Smart Health App for real-time data display and longer-term data storage.
The Berry handheld pulse oximeter 3 probes combines a portable handheld display with external SpO₂ sensors. This differs from a basic fingertip pulse oximeter, where the display and finger clip are generally integrated into one small unit.
The Berry handheld format can be useful when healthcare professionals need to move between patients or monitoring locations while using interchangeable sensors.
Adult, paediatric and neonatal SpO₂ probes
SpO₂ monitoring
Pulse-rate monitoring
Pulse waveform display
Bright display
Bluetooth communication
Berry Smart Health App compatibility
Data logging and trend storage
Real-time data transmission on supported configurations
Audible and visual alarms
Low-battery indication
Automatic power-off when no signal is detected
Two AA battery operation
Up to 14 hours of continuous operation according to the current product listing
Lightweight handheld design
A handheld pulse oximeter is designed for portable measurement of oxygen saturation and pulse rate using an external sensor.
The Berry unit can be useful in environments where different probe sizes or patient categories need to be accommodated. The three-probe configuration provides adult, paediatric and neonatal sensor options, subject to the exact supplied package.
Potential applications include:
Hospitals
Clinics
Outpatient departments
Emergency care
Patient observation areas
Home-care services
Community healthcare
Mobile healthcare
Patient transport
The device should be used according to the manufacturer's intended purpose and by appropriately trained personnel where clinical monitoring is required.
As a portable pulse oximeter, the Berry device is designed for mobility rather than fixed bedside installation. Its battery-powered operation allows it to be used away from a permanent mains connection.
The current Kenya listing states that the device uses two AA batteries and can provide up to 14 hours of continuous operation. Actual battery life can vary depending on usage, display settings, sensor use and battery condition.
Pulse oximetry provides a non-invasive measurement of peripheral oxygen saturation and pulse rate through an appropriate sensor.
The Berry handheld unit displays the SpO₂ value and pulse waveform, allowing the user to observe the measured oxygen saturation together with pulse-related information.
Readings should be interpreted together with the patient's clinical condition and should not be used as the sole basis for diagnosis or treatment decisions.
One of the main features of the Berry pulse oximeter 3 probes package is its interchangeable sensor configuration.
The three listed probe options are:
The exact sensor design and application should be confirmed against the manufacturer's instructions before use.
The Berry handheld pulse oximeter includes Bluetooth communication according to the current Kenya product listing.
The associated Berry Smart Health App can provide real-time data display and longer-term storage of patient readings. This can be useful for monitoring and reviewing measurements where the supported software and device configuration are available.
The device listing describes intelligent alarms that can provide a buzzer and flashing display when readings exceed configured limits.
A low-battery reminder is also included to alert the user when battery power is becoming limited.
Alarm limits should be configured appropriately for the patient and clinical application.
The current Kenya listing reviewed shows the Berry Handheld Pulse Oximeter with 3 Probes at KSh 30,000. This is a current supplier listing price and should be confirmed before ordering because prices and package contents can change.
The listed package includes three sensor options—adult, paediatric and neonatal—so buyers should confirm that all three probes are included in the quotation before purchase.
When purchasing a Berry handheld pulse oximeter, confirm:
Probe configuration – verify that adult, paediatric and neonatal probes are included.
SpO₂ functionality – confirm the measurement and display features.
Pulse-rate display – check the available pulse-rate monitoring functions.
Bluetooth functionality – confirm whether app connectivity is enabled on the supplied model.
Data storage – check how readings are stored and accessed.
Battery type – confirm the required batteries and expected operating time.
Alarm settings – check available audible and visual alarms.
Accessories – verify all sensors and accessories included.
Warranty – confirm warranty terms with the supplier.
Replacement probes – check availability of compatible replacement sensors.
Connect the appropriate SpO₂ probe to the handheld monitor.
Select the correct sensor for the patient.
Position the probe correctly according to the manufacturer's instructions.
Switch on the device.
Keep the patient and measurement site reasonably still.
Wait for the SpO₂ and pulse-rate readings to stabilize.
Observe the displayed values and pulse waveform.
Record or transfer the readings where required.
Remove the probe after measurement.
Clean reusable components according to the manufacturer's instructions.
Movement, poor sensor positioning and other measurement conditions can affect pulse-oximetry readings. Always follow the manufacturer's operating instructions.
The Berry handheld pulse oximeter can be useful for healthcare professionals and caregivers who require portable SpO₂ and pulse-rate monitoring.
The three-probe configuration can support use across adult, paediatric and neonatal patient groups, provided the appropriate probe is selected and the device is used according to its intended application.
The above specifications are based primarily on the current Kenya product listing; confirm the exact model and package configuration before ordering.
The Berry handheld pulse oximeter is a portable device designed to measure SpO₂ and pulse rate. The listed three-probe package includes adult, paediatric and neonatal SpO₂ sensors.
The current listing specifies three SpO₂ sensor options: adult, paediatric and neonatal probes. Confirm the complete package with the supplier before purchase.
The current Kenya listing reviewed prices the Berry Handheld Pulse Oximeter with 3 Probes at KSh 30,000.
Yes. It is a handheld, battery-powered device designed for portable SpO₂ and pulse-rate monitoring. The current listing specifies two AA batteries and up to 14 hours of continuous operation.
The three-probe configuration includes a paediatric probe, allowing the device to be configured for paediatric patients according to the manufacturer's instructions.
The listed three-probe package includes a neonatal SpO₂ probe. The appropriate probe and operating procedure should be used according to the manufacturer's instructions.
Yes. The current product listing describes Bluetooth communication and compatibility with the Berry Smart Health App for real-time data transmission and longer-term data storage.
Not exactly. The Berry model is a handheld pulse oximeter with external interchangeable probes, whereas a typical fingertip pulse oximeter integrates the sensor and display into a small finger-clip device.
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