Portable multi-parameter monitor PM6100

compacthand-heldECG

Product Overview
Our PM6100 Portable Patient Monitor is a palm-sized, multi-parameter medical device designed for continuous physiological health tracking. It integrates six vital signs into an ultra-compact, lightweight form factor for remote patient monitoring (RPM), clinical spot-checks, ambulatory/home care and emergency transport. The unit supports real-time data synchronization to paired apps and RPM platforms and is suitable for clinicians, telemedicine providers, EMS teams and home caregivers.

Key Features

• 6-in-1 Vital Signs Monitoring: SpO2 (blood oxygen saturation), Pulse Rate (PR), ECG, Non-Invasive Blood Pressure (NIBP: SYS/DIA), Respiration Rate (RESP), Temperature (TEMP).
• Bluetooth BLE wireless connectivity for real-time data sync to smartphone/tablet apps.
• Palm-size, screenless design intended to work with companion app (BerrySmartHealth) — ideal as a compact endpoint monitor.
• Rechargeable lithium battery with Type-C charging and an independent charging base; device can operate while charging.
• Anti-motion and low-perfusion algorithms to improve SpO2 and NIBP accuracy during movement or transport.
• Modular sensor suite: supports disposable/reusable sensor options for adult/pediatric/infant use.
• Designed for rapid deployment: lightweight, ergonomic, and compatible with bedrail/wheelchair/stretcher mounting.
• Regulatory & quality compliance: CE 0123 and ISO 13485 (also indicated NMPA in product materials).

Applications / Use Scenarios

• Remote Patient Monitoring (RPM) — daily multi-parameter uploads for chronic disease management and telehealth oversight.
• Clinical ward rounds and ambulatory care — fast spot-checks and continuous monitoring without mobilizing large equipment.
• Emergency care and patient transport — reliable monitoring in ambulances and intra-hospital transfers due to anti-motion performance.
• Home healthcare, nursing homes and community care — hospital-grade measurements in domestic settings to reduce readmissions.

Representative Technical Details (table)
Measurement Parameters: SpO2, Heart Rate/PR, ECG, NIBP (SYS/DIA), Respiration (RESP), Temperature (TEMP).
Battery Type: Rechargeable lithium battery (can be used while charging).
Companion App: BerrySmartHealth for data visualization and platform integration.
Display Mode: App display / screenless palm-size device.
Connectivity: Bluetooth BLE (real-time data sync).
Regulatory Compliance: CE 0123, ISO 13485 (and references to NMPA in product documentation).
Standard Accessories: Integrated SpO2 sensor, NIBP cuff, ECG & Temp combo cable, charging base, Type-C charging cable.
Dimensions: 56 (L) × 57 (W) × 14 (H) mm.
Weight: 34 g.

Operational & Performance Notes

• Battery life: typical continuous operation over approximately 4–6 hours on a full charge; actual duration depends on usage profile and NIBP measurement frequency.
• Anti-motion artifact algorithms improve measurement reliability during patient movement, transport, or low-perfusion conditions.
• Device supports adult, pediatric and neonatal sensor/cuff variants; software auto-adjusts inflation ranges when cuffs are changed.
• Designed for easy one-button operation; minimal training required for nurses and caregivers.

Caractéristiques / spécifications techniques

• Model: PM6100
• Brand: BERRY
• Measured parameters: SpO2, PR, ECG, NIBP (SYS/DIA), RESP, TEMP
• Connectivity: Bluetooth BLE (real-time sync to app)
• Power: Rechargeable lithium battery; Type-C charging; supports monitoring while charging
• Battery life: Typically 4–6 hours (depending on measurement frequency)
• Dimensions: 56 × 57 × 14 mm
• Weight: ~34 g
• Standard accessories: SpO2 probe, NIBP cuff, ECG & temperature combo cable, charging base, Type-C cable
• Display: App-based display / device is screenless (palm-size)
• Special functions: Anti-motion and low-perfusion compensation algorithms
• Certifications: CE 0123, ISO 13485 (product info also references NMPA)
• Applications: RPM platforms, hospital ward rounds, ambulance/pre-hospital care, home healthcare, telemedicine integration