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SP-20

  • MoveOxy® SpO2 Technology: Ensures superior performance in demanding clinical scenarios, providing stable and accurate readings during patient movement or low peripheral blood flow.
  • Auto-Rotate Waveform Display: Features a high-resolution screen that automatically adjusts its orientation, allowing for clear visualisation of plethysmographic waveforms from any angle.
  • Intelligent Alarm System: Equipped with customisable visual and audible alarms to ensure immediate clinician notification of vital sign deviations.
  • Broad Sensor Compatibility: In addition to Lepu Medical’s own sensor range, the SP-20 is tested and approved for use with Nellcor® standard (non-OxiMax) sensors, offering excellent flexibility for existing hospital inventories.
  • Rechargeable Power Management: Designed for continuous clinical use with an integrated rechargeable battery, ensuring the device is always ready for bedside or transport monitoring.
  • Clinical Data Review: Provides a comprehensive platform for the storage and review of patient trends, facilitating informed diagnostic decisions over extended monitoring periods.
  • Ergonomic & Portable: Combining a robust build with a lightweight frame, the SP-20 is optimised for the rigours of daily professional use across various departments.

The SP-20 is a high-performance, rechargeable pulse oximeter designed for clinicians who require superior data visualisation and uncompromising accuracy. Featuring a vivid, auto-rotating waveform display, the SP-20 provides real-time insights into patient physiology, making it a versatile tool for both bedside monitoring and mobile clinical applications.

Enhanced Signal Processing and Clinical Precision
At the heart of the SP-20 is Lepu Medical’s proprietary MoveOxy® SpO2 Technology. This advanced digital processing is specifically engineered to overcome the most common challenges in pulse oximetry. It delivers high-accuracy readings during low perfusion, maintains reliability in the presence of motion interference, and provides exceptional sensitivity even when monitoring patients with weak pulse signals.

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