Welcome to Medicare! Send your quote request to info@medicare.co.za or call us on 011 392 1120.

SECA mBCA 554 Medical Body Composition Analyzer With Ultrasonic Height Measurement

The seca mBCA 554 is an advanced Medical Body Composition Analyzer that delivers precise and reliable measurements validated by whole-body MRI and 4C model studies. It features a handrail with fixed handle positions for consistent results and an optional ultrasonic height measurement system. With cloud-based software, it provides easy-to-understand graphical analysis for a comprehensive view of body composition, making it a valuable tool in therapy and diagnosis.

Description

The seca mBCA 554 is a cutting-edge Medical Body Composition Analyzer, designed for precision and reliability in clinical settings. Offering optional height measurement, this analyzer sets a new standard in body composition analysis with unparalleled accuracy, validated through whole-body MRI and the 4C model. It features a handrail with fixed handle positions for consistent, reproducible measurements, and uses the latest ultrasonic technology for quick, contactless height assessment.

Supported by advanced cloud-based software, the seca mBCA 554 provides clear and comprehensive graphical analysis, making it an essential tool for accurate body composition evaluation. With years of research and collaboration with medical professionals, this device guarantees high-quality performance, validated by studies published in the European Journal of Clinical Nutrition.

Technical Data:

  • Interfaces: WLAN, Ethernet for seamless connectivity
  • Display: 4.3″ tiltable and rotatable touchscreen for ease of use
  • Capacity: Supports up to 800 lbs (300 kg)
  • Graduation: Precision with 50 g / 0.1 lbs increments
  • Measuring Range: 100/220 cm, accommodating various heights
  • Power Supply: Convenient power adapter
  • Ports: USB port for barcode scanner integration

Ideal for healthcare professionals, the seca mBCA 554 is a top choice for accurate, efficient body composition analysis and patient monitoring.