RMS Helios 401 Spirometer (PFT) PC Spirometer

Product Description

Description

RMS Helios 401 is a PC based spirometer which is capable of diagnosing, differentiating and measuring various pulmonary diseases. The Helios series comes with a highly advanced and user-friendly Software offering 34 Parameter readings, Pre-Post Bronchodilation Results, Percentage Improvement and Lung Age Calculations. The interpretation of the test results, trends and pediatric incentives are also available in the software. RMS is the leading manufacturer of PC Based Spirometer and Portable Spirometers.

RMS Helios 401 Spirometer (PFT) PC Spirometer Features:

• PC Based Spirometer
• USB powered ergonomic handset
• Detachable and easy to disinfect digital turbine transducer
• Best maneuver selection (Auto/Manual)
• FVC, SVC and MVV test, Pre-Post bronchodilation test
• Indian predicated equations & Ethnic corrections
• Pediatric Incentives
• Lungs Age Calculation & Flow-Volume/Volume-Time graphs
• Trends, Doctors Notes & Auto-Interpretation
• Customized printing options (single and all curves)

RMS Helios 401 Spirometer (PFT) PC Spirometer Specifications:

• Flow Range: -10 to + 16 L/sec
• Max Volume: 8 L
• Accuracy Level: +/-1%
• Transducer: Bi-directional turbine cartridge
• Turbine Sensor: Infrared interruption
• Flow Detection: Volume differential
• Measured Parameters: Forced vital capacity, Slow vital capacity & Maximum voluntary ventilation
• Power Supply: USB Powered
• Communication Interface: USB

RMS Helios 401 Spirometer (PFT) PC Spirometer Box Contents:

• Handset
• Turbine transducer Software & USB cable
• Reusable mouthpieces
• Adult & Pediatric nose clip
• Carry bag
• User manual

• Below are the advantages of PC bases spirometers:

  PC spirometers, also known as computer-based spirometers, offer several advantages over traditional handheld spirometers:

  1. Accurate and precise measurements: PC spirometers use sophisticated algorithms to ensure accurate and precise measurements of lung function parameters such as forced vital capacity (FVC) and forced expiratory volume in one second (FEV1). These measurements are crucial for diagnosing and monitoring lung diseases such as asthma and chronic obstructive pulmonary disease (COPD).

  2. Real-time data visualization: PC spirometers can display real-time data visualization of spirometry results, allowing clinicians to assess the quality and consistency of the measurements and make immediate treatment decisions.

  3. Easy to use: PC spirometers are user-friendly and require minimal training. Patients can easily perform the spirometry tests at home or in the clinic, and the results can be quickly transferred to the clinician for review.

  4. Data storage and analysis: PC spirometers can store and analyze large amounts of spirometry data, allowing clinicians to track changes in lung function over time and make informed treatment decisions.

  5. Integration with electronic medical records (EMRs): PC spirometers can be integrated with EMRs, enabling clinicians to quickly access and share spirometry data with other healthcare providers and improve patient care coordination.