Spirometer SP100 – Filter & Mouthpiece

The Spirometer SP100 is a respiratory diagnostic device designed to assess lung function and evaluate conditions such as asthma, COPD, and other pulmonary diseases. The SP100 often features both a filter and mouthpiece to ensure accuracy, hygiene, and patient safety. Below is an overview of these components, along with the device’s key features, specifications, and applications.

Key Features:

• Replaceable Filter: The SP100 typically includes a disposable or reusable filter to prevent cross-contamination, ensuring hygiene and safety for multiple users.
• High-Precision Measurements: Equipped to measure a variety of respiratory parameters, providing healthcare professionals with reliable data for diagnosis and monitoring.
• User-Friendly Design: Intuitive interface and ergonomic design allow for easy use in both clinical and home settings.

Specifications:

• Filter:

  • Material: Made from medical-grade materials designed to capture airborne particles and pathogens.
  • Filtration Efficiency: High-efficiency filters reduce the risk of contamination and improve the device's lifespan by preventing particles from entering the sensor.
  • Disposable or Reusable: Some models come with disposable filters, while others offer reusable ones that can be cleaned according to instructions.

• Mouthpiece:

  • Disposable or Reusable: Designed for single-use or multiple uses, depending on the healthcare setting.
  • Comfortable Fit: Ergonomic and designed for an effective seal to ensure accurate readings.
  • Standardized Size: Typically compatible with SP100 and other similar spirometer models.

Importance:

• Enhanced Hygiene: Filters and disposable mouthpieces help reduce the risk of cross-contamination, making the SP100 suitable for multiple patients.
• Accurate Results: Proper filtration and mouthpiece use contribute to more reliable readings by keeping internal sensors clean and undisturbed by contaminants.
• Durability: Regular use of filters and disposable mouthpieces can extend the lifespan of the spirometer by protecting internal components.

Applications:

• Hospitals and Clinics: Widely used for lung function testing in various clinical settings to assess and monitor respiratory health.
• Occupational Health: Suitable for workplaces where monitoring lung health is necessary due to exposure to airborne hazards.
• Home Monitoring: Used by patients managing chronic respiratory conditions at home, allowing them to track their lung function over time.