The hose is designed to withstand operating pressures associated with medical oxygen supply and provides secure, leak-resistant connections at both ends. Manufactured from durable, medical-grade materials compatible with oxygen service, it is suitable for repeated use in hospital and critical care environments.
To accommodate varied hospital infrastructures and regional gas standards, the opposite end of the hose is configurable with multiple probe and connector options based on customer requirements.
The hose is designed to withstand the operating pressures of medical air systems and provides secure, leak-resistant connections. Manufactured from durable, medical-grade materials, it is suitable for repeated use and routine cleaning in hospital and critical care environments.
The bracket ensures proper positioning of the air-oxygen blender for accurate gas mixing and uninterrupted oxygen delivery while allowing easy access for operation, monitoring, and routine maintenance. Manufactured from durable, corrosion-resistant materials, the wall mounting bracket is suitable for repeated cleaning and disinfection and is intended for long-term use in neonatal and critical care settings.
Ultra-lightweight aluminium bracket securely mounts air-oxygen blenders/humidifier to pole stands. Ergonomically designed locking knob requires minimal force for secure locking/unlocking. Ensures stable positioning during respiratory therapy applications.
The bracket allows easy installation and enables proper positioning of the air-oxygen blender/humidifier for accurate gas mixing and delivery. The rail mounting bracket is manufactured from durable, corrosion-resistant materials suitable for repeated cleaning and disinfection in hospital environments.
When connected to an air-oxygen blender, it supports controlled administration of blended gases as per clinical requirements. Manufactured from durable, medical-grade materials, the BPC type flow meter is designed for continuous use in hospital and critical care environments and is compatible with standard medical gas systems.
The regulator is designed for reliable performance in clinical and hospital environments and supports the safe operation of oxygen-dependent devices such as flow meters, blenders, ventilators, and respiratory therapy systems. It is manufactured from durable, medical-grade materials and is suitable for continuous use in healthcare settings.
The regulator is designed for dependable performance in hospital and critical care environments and supports the safe operation of devices such as air-oxygen blenders, ventilators, CPAP systems, and other respiratory therapy equipment. It is manufactured from durable, medical-grade materials and is suitable for continuous clinical use.
