Comparison

InBody 520 vs OMRON BF300

InBody 520 and OMRON BF300: compare documented specifications, features and limitations. Check the reports and explanation offered by the provider. More features alone do not establish better accuracy.

InBody 520: when to consider it

An older model for following fat, muscle and water during nutrition or exercise changes, and for understanding past results. Includes ECW/TBW and lean-mass distribution across the arms, legs and trunk.

OMRON BF300: when to consider it

BF300 is a handheld body-fat monitor using arm-to-arm BIA. A primary study describes a single 50 kHz frequency, four electrodes and standing measurement with arms extended. Its principal output is estimated body-fat percentage; it is distinct from the BF511 scale.

Specifications side by side

Highlighted rows differ. Unknown values stay unknown.

SpecificationsInBody 520OMRON BF300
Recording time50 sNot verified
Body weight range10–250 kgNot verified
Height range95–220 cmNot verified
Device weight26 kgNot verified
Measurement frequencies5, 50, 500 kHz50 kHz
Contact electrodes8Not verified
Measurement positionStandingStanding
Operating temperature10–40 °CNot verified
MethodNot verifiedBioelectrical impedance (BIA)
ElectrodesNot verified4 contact electrodes for both hands
Documented outputsNot verifiedEstimated body-fat percentage
Dimensions (width × depth × height)522 × 843 × 1,015 mmEvidenceNot verified
Age in the cited catalogue3–99 yearsEvidenceNot verified
Impedance measurements15EvidenceNot verified
DisplayColour LCD, 640 × 480 pixelsEvidenceNot verified
Documented interfacesRS-232C, USB Host, USB Slave and EthernetEvidenceNot verified
Measured regionsRight and left arm, trunk, right and left legModel sourcesNot verified
WeighingBuilt-in weighing platform; height is enteredModel sourcesNot verified
ResultsPrinted report and export through manufacturer softwareModel sourcesNot verified

Fat-free mass is not pure muscle mass. A single result is not a diagnosis. Different devices and similarly named metrics may use definitions that are not interchangeable.

Sources and verification