The Spacelabs 91390 Qube is a compact bedside patient monitor, specifically designed to cater to the demanding needs of high-acuity environments, including neonatal, pediatric, and adult care.
Its versatility extends to perioperative settings, making it an invaluable tool across various healthcare scenarios. Featuring an intuitive 12-inch touchscreen, the Qube monitor offers a user-friendly interface that enhances the efficiency of patient monitoring. It comes equipped with a robust system that can store up to 96 hours of trend data, allowing healthcare professionals to monitor and review patient progress over extended periods. This extensive data storage capacity ensures that critical patient information is always accessible, aiding in timely and informed clinical decisions.
One of the standout features of the Spacelabs 91390 Qube is its exceptional portability. Despite being packed with advanced features, the Qube is compact and lightweight, making it easy to transport and position in any clinical environment. Its design includes multiple mounting options, allowing it to be securely attached to walls, roll stands, bed rails, or anesthesia systems, depending on the needs of the healthcare facility. The quick-release mechanism further enhances its mobility, enabling rapid detachment and reattachment as required, which is particularly useful in fast-paced, dynamic healthcare settings where quick response times are crucial.
The Qube monitor is engineered for resilience, ensuring it can withstand the rigors of frequent use in busy clinical environments. It is both impact-resistant and chemical-resistant, offering long-lasting durability. The monitor is also designed to be protected from liquid ingress, which is essential for maintaining functionality in environments where exposure to fluids is a common occurrence. These features make the Qube a reliable choice for settings such as intensive care units (ICUs), emergency departments, and post-anesthesia care units, where equipment durability is paramount.
The Spacelabs 91390 Qube excels in supporting informed clinical decision-making. Its advanced data integration capabilities allow clinicians to customize screen views and interact with various patient parameters, trends, and calculations in real time. This level of customization ensures that the monitor can be tailored to meet the specific needs of each patient, providing a higher level of personalized care. This is particularly important in high-acuity settings where patient conditions can change rapidly, and immediate access to accurate data is critical.
In addition to its data integration features, the Qube monitor is designed with enhanced alarm management capabilities. It features multicolor, severity-based alarm lights on both the front and back of the monitor, providing 360-degree visibility and ensuring that critical alerts are noticed promptly. This feature, combined with the monitor's sleek, contemporary design, highlights Spacelabs' commitment to blending advanced technology with user-friendly functionality and aesthetics.
Connectivity is another area where the Qube monitor shines. It supports inter-monitor communication and is compatible with a range of Spacelabs modules, including the Command Module and the optional Capnography Pod. The Capnography Pod is particularly noteworthy, as it measures essential respiratory parameters such as end-tidal CO2 and respiration rate, and is suitable for patients of all ages, making it a versatile addition to the monitor.
Moreover, the Qube’s compatibility with industry-standard communication protocols ensures seamless integration into existing hospital networks, enhancing the overall efficiency of clinical workflows. Whether used for continuous bedside monitoring or during patient transport, the Spacelabs 91390 Qube is a versatile, reliable solution that significantly enhances clinical efficiency and patient care. Its adaptability, durability, and advanced features make it an indispensable tool in modern healthcare environments, where delivering high-quality care is paramount.
