A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
A robust accessory designed to securely mount the air-oxygen blender onto a wall for stable and space-efficient clinical installation.
The Wall Mounting Bracket is a mechanical accessory designed to securely fix the air-oxygen blender onto a wall surface in clinical and hospital environments. It provides stable support, minimizing the risk of accidental movement, vibration, or detachment during normal operation. Its design supports efficient use of clinical space and organized equipment layout.
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.
Multipoint contact prevents equipment movement.
Powder-coated aluminium supports larger weights.
Ergonomic knob needs minimal turning force.
Durable construction for long-term hospital use.
Stable blender positioning without pole stands.
Item should be handled carefully and inspected regularly to ensure safe and reliable use. Routine visual checks help identify damage, wear, or contamination that may affect performance or hygiene.
Cleaning, storage, and replacement should be carried out in accordance with guidelines. Proper handling, timely inspection, and appropriate storage support consistent performance, extend service life, and help maintain patient safety in clinical environments.
