Zhangjiagang Bestran Technology Co., Ltd.

The Challenge: A Tangle of Technology in the NICU The Neonatal Intensive Care Unit (NICU) at St. Jude's Medical Center faced a common but critical challenge: managing multiple infusions for their tiniest patients. Each infant often required several IV lines for fluids, medications, and nutrition. This resulted in a separate infusion pump for each line, creating a chaotic scene of individual pumps clamped to a single IV pole. The spaghetti-like tangle of power cords was a constant tripping hazard, and the cacophony of multiple alarms beeping independently led to significant alarm fatigue among nurses. This fragmented system was not only a safety risk but also a drain on nursing efficiency. Nurses spent valuable time meticulously tracing each line, managing separate power cords, and trying to decipher which of the many alarms required immediate attention. This time spent on logistics detracted from direct patient care and added unnecessary stress to an already high-stakes environment. The lack of a centralized data hub also meant that infusion data had to be manually entered into the electronic health record (EHR), increasing the risk of human error. The Solution: A Unified and Intelligent System St. Jude’s Medical Center sought a solution that would streamline their infusion processes, enhance safety, and improve efficiency. They implemented a modern Infusion Pump Workstation specifically designed to address these challenges. The new system replaced the clutter of individual pumps and cords with a single, integrated workstation. The core of the solution was a compact rack that allowed multiple infusion pumps to snap together, sharing a single power source and a centralized control module. This modular design transformed the chaotic scene into an organized, clean setup on a single stand. Key features of the workstation included: Integrated Power: A single power cord for the entire system, eliminating the web of cables. Centralized Alarms: A master alarm panel provided a single, clear alert for any issue within the system, replacing the confusing chorus of individual beeps. Smart Technology: The system was able to communicate wirelessly with the hospital's EHR, automatically logging infusion data and reducing the need for manual data entry. Enhanced Safety Protocols: The system was programmed with drug libraries and dosage error reduction software, providing an extra layer of protection against medication errors.

Enhancing Patient Transfers: Our Stretcher Solutions for Hospital Emergency Centers We're proud to be a trusted partner for hospital Emergency Centers, providing a comprehensive range of stretchers essential for safe and efficient patient transfers. Our commitment is to equip healthcare facilities with reliable, high-quality solutions that improve patient care and staff workflow. The Critical Role of Stretchers in Emergency Care Emergency Centers are fast-paced environments where every second counts. The ability to move patients quickly and safely between departments – from the ambulance bay to examination rooms, imaging centers, or operating theaters – is paramount. Our stretchers are designed to meet these dynamic needs, ensuring patients experience comfort and security during transit, while medical staff can perform their duties with greater ease and reduced risk of injury. Our Range of Stretcher Solutions We understand that different hospital units and patient needs require varied equipment. That's why we supply both manual and hydraulic stretchers, offering flexible options for diverse clinical scenarios: Manual Crank Stretchers: These are robust and reliable, providing an economical yet effective solution for general patient transfers. They are ideal for situations where precise, controlled height adjustments are needed and where simplicity of operation is key. Their durable construction ensures longevity in high-traffic emergency settings. Hydraulic Stretchers: For advanced control and ease of use, our hydraulic stretchers are a prime choice. Featuring smooth, effortless height adjustments and Trendelenburg/Reverse Trendelenburg positioning, they significantly reduce physical strain on caregivers. This makes them invaluable for rapid patient positioning, critical care transfers, and procedures requiring specific patient angles.

Case Study: Equipping a Modern Surgical Suite for Advanced Procedures We recently had the privilege of outfitting a state-of-the-art surgical suite, providing a comprehensive, integrated solution designed for precision, efficiency, and patient safety. This modern operating room is now fully equipped to support a wide range of complex surgical procedures. The core components of this advanced surgical environment include: Surgical Lights with Camera & Monitor Integration: Our installed surgical lights provide brilliant, shadow-free illumination, crucial for optimal visibility. A key feature is their integrated camera and monitor, allowing real-time video capture of procedures for teaching, documentation, and remote consultation. Operating Table: A highly versatile operating table was selected, offering multi-positioning capabilities for various surgical specialties. Its robust design ensures stability and precise patient placement, critical for successful outcomes. Anesthesia Machine: A sophisticated anesthesia machine ensures precise control over anesthetic gas delivery and continuous monitoring of patient vitals during surgery, guaranteeing patient comfort and safety. Ventilator: Integrated with the anesthesia system, a high-performance ventilator provides crucial respiratory support, precisely managing airflow and oxygenation throughout the procedure. Medical Pendant: An advanced medical pendant streamlines the surgical field by providing easily accessible medical gases, power outlets, and data ports directly where they're needed, reducing clutter and enhancing efficiency. Patient Monitor: A comprehensive patient monitor offers continuous, real-time tracking of all critical vital signs, including ECG, SpO2, NIBP, temperature, and more. This vigilant oversight allows the surgical team to respond immediately to any physiological changes. Suction Unit (Sputum Aspirator): A powerful and reliable suction unit (sputum aspirator) is on hand to efficiently remove fluids and secretions from the surgical site, maintaining a clear field of vision and preventing complications. This complete suite of equipment transforms the operating room into a highly functional and technologically advanced space, ready to empower surgical teams to deliver exceptional patient care with confidence and precision.