Bed Head Units (BHUs) and Medical Pendants are key elements in contemporary healthcare facilities. They enhance patient care, streamline clinical workflows, and help create efficient, well-organized treatment environments. By integrating critical utilities and medical equipment into accessible points, these systems support both patient comfort and healthcare provider efficiency.
Medical Gas Outlets:
BHUs provide immediate access to vital medical gases, including oxygen, nitrous oxide, and suction. This ensures fast, efficient care at the bedside.
Electrical Power Connections:
Multiple electrical sockets are included to power monitoring devices, infusion pumps, and other essential medical equipment.
Nurse Call Integration:
Built-in nurse call systems allow patients to request help quickly, improving patient safety and response times.
Lighting Components:
Adjustable lighting options enhance visibility for examinations or patient comfort, contributing to a better clinical environment.
Data & Communication Ports:
Equipped with data outlets, these units support electronic health records (EHR) systems and other connected medical technologies.
Medical Pendants provide flexible support for medical equipment in critical care areas such as ICUs, operating rooms, and emergency departments.
Flexible, Modular Design: Configurable for monitors, surgical lights, trays, and more.
Integrated Utilities: Includes gas outlets, electrical power, and data ports.
Enhanced Mobility: Mobile arms allow easy positioning of equipment.
Organized Workflow: Reduces bedside clutter and improves workflow effici
The Pneumatic Tube System (PTS) is an advanced, automated transport system designed to move essential hospital items—such as lab samples, medications, blood products, and documents—quickly and securely between departments. Using air-pressure technology, PTS ensures fast delivery, reduces manual workload, and supports efficient, high-quality patient care.
Fast Delivery: Minimizes delays and accelerates hospital workflows.
Cost Efficiency: Reduces manual labor and improves resource allocation.
Better Patient Care: Quick medication delivery and lab results improve treatment speed.
Fewer Errors: Automation reduces risks of misdelivery or lost items.