Skip to main content
Free Shipping on Orders $175+*
mBCA 554 Body Composition Scale Adult/Pediatric 800lb Capacity EMR Validated with ultrasonic height measuring rod and with Handrails, TFT display

Also Available In

(0) Write a Review

mBCA 554 Body Composition Scale Adult/Pediatric 800lb Capacity EMR Validated with ultrasonic height measuring rod and with Handrails, TFT display

(0) Write a Review
$11,063.95

Also Available In

This product is only available to ship via freight and will require additional freight charges that will be calculated and applied to the order after checkout.
For larger quantities: Request a Quote
Medex SKU:
SEC-ONIHMIUTNN
Shipping:
Store Default
Packing Info:
1/Each
Usually Ships:
1 - 2 Weeks

Description

  • Unique accuracy through whole body MRI validation (skeletal muscle mass) and 4C model (fat mass)
  • Validation studies are bundled and transparently published in the European Journal of Clinical Nutrition 2013/2017, among others
  • Comprehensive, personalized normal ranges based on over 3,000 multiethnic subjects
  • Specially developed formulas for children over 5 years and 1.30 m as well as people over 65 years and patients with obesity
  • Handrail with fixed handle positions: measurements are reproducible and reliable
  • Foot-mounted LEDs embedded in the platform show the various positions and give patients a sense of safety and orientation
  • Cloud-based software with easily understandable graphics that guarantees a complete picture of the body composition
  • Precise and contactless height measurement in seconds using the latest ultrasonic technology

The seca mBCA Ultra is the BIA solution for the exceptionally accurate and user-friendly determination of body composition. Its unique validation against whole-body MRI (skeletal muscle mass) and 4C model (fat mass) ensures reliable and medically relevant results. The cloud-based software takes on all administrative tasks for you, thus allowing full focus on your patients. The handrail with fixed grip positions guarantees the reproducibility of the measurement conditions.

Review (0)