With the rapid advancement of digital healthcare and smart hospital initiatives worldwide, nursing systems are under increasing pressure to improve efficiency, ensure patient safety, and enhance overall care quality. Traditional nursing models—highly dependent on manual rounds, paper-based records, and fragmented information systems—often suffer from delayed data access, staff shortages, and slow emergency response.
In high-intensity clinical environments, especially in post-operative wards, ICUs, geriatric departments, and long-term care units, these limitations can significantly increase operational risk and workload for nursing staff.

A customized smart watch designed specifically for hospital nursing scenarios is no longer just a wearable device—it becomes a core terminal of the intelligent nursing ecosystem. It connects patients, nurses, hospital information systems, and management platforms in real time, enabling proactive care rather than reactive intervention.
Our hospital nursing smart watch solution is built on deep hardware customization, seamless software integration, and secure medical data services, helping healthcare institutions achieve intelligent, refined, and patient-centered nursing transformation.
Customized
Capabilities:
The smart watch integrates high-precision, medical-grade biosensors capable of 24/7 continuous and
non-intrusive monitoring of key vital signs, including heart
rate, blood oxygen saturation (SpO₂), skin temperature,
activity levels, and sleep patterns. The design prioritizes patient comfort,
making it suitable for long-term and high-risk monitoring.
Clinical
Application Value:
All physiological data are automatically synchronized with the nurse station
monitoring system and electronic medical records (EMR). When any parameter
exceeds predefined safety thresholds or shows abnormal trends, the system
triggers multi-level
alerts—vibration and visual alerts on nurses’ smart watches,
system notifications, and backend logs—allowing nurses to intervene at the
earliest possible stage.
This proactive monitoring mechanism significantly reduces emergency incidents and is particularly valuable in ICUs, post-operative recovery units, cardiology departments, and elderly care wards.
Customized
Capabilities:
The smart watch includes a built-in nursing workflow management system that
integrates seamlessly with HIS, EMR, LIS, and other hospital information
platforms. Medical orders can be automatically converted into structured
nursing tasks.
Clinical
Application Value:
Nurses receive real-time task notifications directly on the watch, such as
medication administration, infusion checks, vital sign re-measurements, patient
repositioning, rehabilitation exercises, and specimen collection reminders.
Task completion can be confirmed with a single action, with execution time and
responsible staff automatically recorded.
This closed-loop task management system reduces paperwork, minimizes errors, prevents omissions, and significantly improves nursing efficiency and compliance.
Customized
Capabilities:
The device supports physical SOS buttons, touchscreen shortcuts, or
gesture-based activation, ensuring reliable emergency access under any
condition.
Clinical
Application Value:
When a patient experiences discomfort, a fall, breathing difficulty, or urgent
needs, a single press on the smart watch instantly connects them to the
assigned nurse or nurse station. Patient identity, bed number, and real-time
location are transmitted simultaneously, dramatically shortening response time.
Compared with traditional bedside call systems, this wearable emergency call solution provides greater flexibility and security, especially for patients with limited mobility, post-surgical conditions, or communication difficulties.
Customized
Capabilities:
By integrating UWB, Bluetooth, or Wi-Fi-based indoor positioning technologies,
the system enables accurate real-time location tracking and movement history
analysis within hospital premises.
Clinical
Application Value:
For special patient groups such as dementia patients, psychiatric patients,
newborns, or high-risk individuals, hospitals can set electronic geofences and access permissions. Any unauthorized exit, abnormal movement, or prolonged
inactivity triggers instant alerts to nursing staff.
This function significantly enhances patient safety while reducing the burden of continuous manual supervision.
Customized
Capabilities:
A customized medical application allows nurses to quickly access essential
patient information, receive hospital announcements, collaborate with doctors,
and perform voice-based nursing documentation directly at the bedside.
Clinical
Application Value:
This mobile workflow reduces unnecessary trips to the nurse station, improves
information accuracy, and allows nurses to spend more time delivering direct
patient care—enhancing both efficiency and patient satisfaction.
All data transmission is protected with end-to-end encryption and complies with national healthcare data security standards and personal data protection regulations. Data can be deployed on hospital local servers or private cloud environments, ensuring full control over medical data ownership.
The watch uses antibacterial, hypoallergenic materials and supports frequent disinfection. With IP68 waterproof and dustproof protection, it is well-suited for demanding hospital environments. The display remains clear under strong lighting and is optimized for glove operation, while battery life supports at least one full nursing shift of intensive use.
Hospitals can customize watch faces, UI themes, colors, and logos to align with their institutional identity. Open APIs and SDKs enable fast, low-cost integration with existing hospital systems, avoiding new data silos.
Flexible procurement models—including purchase, leasing, or phased deployment—help hospitals control costs. Continuous software upgrades, data analytics, and technical support ensure sustainable optimization of intelligent nursing capabilities.

True intelligent nursing is not about adding more devices—it is about seamlessly integrating technology into clinical workflows to support healthcare professionals and protect patients.
A customized smart watch designed specifically for hospital nursing environments serves as a critical bridge between people, systems, and data. It accelerates the transition from basic digitalization to intelligent, precise, and human-centered healthcare services.
We look forward to partnering with healthcare institutions worldwide to co-create safer, more efficient, and more compassionate nursing ecosystems—where technology truly empowers care.