Schiller SpiroScout PC Based Spirometry

Ultrasound based solution for the diagnose of obstructive and restrictive pulmmonary diseases.

Modern ultrasound-hardware and lastes Windows based programming techniques enable our SpiroScout to fulfill requirements which are needed to offer a user-friendly spirometry solution. 

New LFX Software: Powerful yet Simple to use

The all-powerful and user-friendly LFX software provides customers with:
  • Data exchange at will
  • Modern, self-explaining graphics elements
  • Complete Windows programming
  • Network capability
  • HL7 interface (option)
  • DICOM solutions (option)
  • Always accurate
  • No resistance
  • No calibration needed
  • No additional filters required No cleaning required
  • No maintenance
  • No mistake by calibration
  • Ensures a tight seal around the lips
  • Suits all ages from children to mature adults, at all levels of fitness
  • Designed for all mouth shapes
Standard measuring applications:
  • FVC Spirometry with Volume time graphs and flow-volume loops
  • SVC Spirometry
  • ATS Compliance evaluation
  • Flow-Measurement
  • Principle Ultrasound transit time
  • Range 0 to ± 20 l/s
  • Accuracy ± 2%
  • Resolution 0.001 l/s
  • Volume-Measurement
  • Measurement Principle Digital Integration
  • Range Not limited
  • Accuracy ± 2%
  • Resolution 1 mL
  • Dimensions
    • Device 18 cm x 9 cm x 9 cm (W x H x D)
    • Weight 1000 g (ScoutSensor 185 g, base station 730 g, cable 85 g)
    • Breathing Insert Spiroscout 0.002 kPa/l/s
    • Breathing resistance 18 cm³ (pediatric inlet available) Dead space, complete
    • Material Polyethylene
  • Computer Interface
    • Data transfer to PC USB 2.0
    • USB connection Connector A - connector B, double shielded, 2x AWG24
  • Power Supply
    • StandardPowered via USB 2.0 - Voltage 4.5 to 5.25 V DC - Power Supply: 500 mA
    • Option External AC Adapter
  • Standards
    • Quality Management ISO 13485
    • FDA 510(k) market clearance
    • MDD 93/42/ECC CE Marked
    • Electrical safety EN 60601-1 (Third Edition)