Air-Oxygen Blender Air-Oxygen Blender Air-Oxygen Blender
Air-Oxygen Blender
Air-Oxygen Blender Air-Oxygen Blender

Air-Oxygen Blender

65000 INR/Piece

Product Details:

  • Use Blending Air and Oxygen for Therapeutic Use
  • Material Medical Grade ABS, Aluminum
  • Display Type Graduated Mechanical Scale
  • Accuracy 3% O Concentration
  • Suitable For Ventilators, ICU, Patient Care Units
  • Automation Grade Manual
  • Function Air-Oxygen Blending
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Air-Oxygen Blender Price And Quantity

  • 1 Piece
  • 65000 INR/Piece

Air-Oxygen Blender Product Specifications

  • Single Phase
  • 180 mm 90 mm 80 mm
  • Medical, Respiratory Therapy
  • Respiratory Therapy
  • Manual, Non-Electric
  • 10C to 40C
  • Rectangular
  • White, Blue Markings
  • Adjustable O2 Concentration, Precise Mixing
  • 180 mm
  • Analog Scale
  • Medical Grade ABS, Aluminum
  • Air-Oxygen Blender
  • Gas Pressure Driven
  • Graduated Mechanical Scale
  • Blending Air and Oxygen for Therapeutic Use
  • Ventilators, ICU, Patient Care Units
  • 3% O Concentration
  • Air-Oxygen Blending
  • Manual
  • 1.2 kg

Air-Oxygen Blender Trade Information

  • All India

Product Description

The air-oxygen blender SPA is a medical device specifically designed for oxygen therapy, especially for neonates, including premature infants. It offers variable concentrations of mixed oxygen, making it suitable for preventing complications like retinopathy of prematurity (ROP) and chronic lung disease (CLD). Below are the key features, performance characteristics, and applications:

Product Overview

The air-oxygen blender SPA allows healthcare professionals to deliver different oxygen concentrations to patients based on their clinical needs. It helps manage oxygen therapy with precision, reducing risks associated with prolonged exposure to high oxygen levels.

Key Performance Characteristics:

  • Independent Adjustment: The device allows separate adjustment of oxygen concentration and flow rate without mutual interference.
  • Pneumatic Control: It operates passively, without requiring a power supply.
  • Continuous Oxygen Adjustment: Oxygen concentration is continuously adjustable and can be set directly without requiring calculations or reference tables.
  • Durable Material: Constructed from anti-rust alloy material with an anodized surface for enhanced durability.
  • Unbalanced Air Supply Pressure Alarm: It provides an alert for differences in air supply pressure.
  • Long Service Life: Its designed for easy maintenance, with a long operational life.
  • Optional Add-ons: Compatible with optional flow meter and inhaler attachments.
  • Expandable: Can be extended to support BUBBLE CPAP.

Applications:

  • Oxygen Delivery Methods:
    • Resuscitation balloons
    • Head and face masks
    • Nasal cannulas
    • Oxygen warm boxes
  • Critical Care Uses:
    • Continuous Positive Airway Pressure (CPAP)
    • Mechanical ventilation
    • ECMO (Extracorporeal Membrane Oxygenation)
    • Extracorporeal circulation and other oxygen therapy settings

Technical Specifications:

  • Oxygen Concentration Range: 21% - 100%
  • Flow Adjustment Options:
    • 0 LPM - 1.0 LPM
    • 0 LPM - 10 LPM
  • Air Source Failure Alarm:
    • Activates when the air supply pressure difference exceeds 0.1 MPa.
    • Audible alarm for at least 60 seconds.
    • Noise level: At least 57 dB(A).
    • Stops automatically when conditions return to normal.
  • Performance Standard: Complies with YY 0893-2013 standards.
  • Air/O2 Supply Pressure: 0.3 MPa - 0.4 MPa
  • Dimensions: W120mm D120mm H170mm
  • Weight: Approximately 1.6 kg
  • Certification: EN ISO13485

This product ensures precise and adjustable oxygen delivery to meet the therapeutic needs of neonates and premature infants, minimizing oxygen-related risks and promoting effective treatment outcomes.



Precise Air-Oxygen Mixing for Critical Care

Engineered for medical professionals, this air-oxygen blender ensures highly accurate oxygen concentration control, vital for patient safety in respiratory therapy. It operates manually without electricity, making it a reliable choice during power outages or in settings with fluctuating power supplies.


Silent and Durable for Demanding Environments

Built from medical-grade ABS and aluminum, the device remains both lightweight and robust. Its quiet operation (<40 dB) fosters a calm healing environment, while its easy-to-clean design and low maintenance demands suit busy hospitals and clinics.

FAQ's of Air-Oxygen Blender:


Q: How do I set the desired oxygen concentration on the Air-Oxygen Blender?

A: You can adjust the oxygen concentration between 21% and 100% using the blender's graduated mechanical scale. Simply align the indicator on the analog scale to your target oxygen level for precise air-oxygen mixing.

Q: What benefits does this blender offer in patient care units or ICUs?

A: Its precise O2 concentration control (3% accuracy), quiet operation, and compatibility with standard 15 mm outlets make it ideal for critical care settings where reliable, adjustable oxygen delivery is essential for patient safety and recovery.

Q: When should I use the Air-Oxygen Blender during respiratory therapy?

A: Use this device whenever patients require a controlled and adjustable supply of oxygen, such as during ventilation, oxygen therapy, or in emergency care situations in hospitals, clinics, or home care environments.

Q: Where can this air-oxygen blender be installed?

A: It is suitable for ventilators, ICU bedsides, patient care units, and other hospital areas. The blender connects easily to medical air and oxygen gas supplies and works with a standard 15 mm tapered outlet connection.

Q: What is the process for cleaning and maintaining the blender?

A: Routine cleaning is straightforward due to its medical-grade ABS construction. It is designed for low maintenance; simply follow the manufacturer's cleaning instructions to ensure long-term safe operation.

Q: How does this device operate without electricity?

A: This air-oxygen blender is gas pressure-driven and fully manual. It relies on the pressure from the oxygen and air supplies, eliminating the need for an electrical power source.

Q: What makes this blender suitable for use in India's healthcare settings?

A: The device's non-electric, manual operation, standard dimensions, and compatibility with Indian medical infrastructure make it especially practical and dependable for a wide range of medical facilities across the country.

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