Honey graded for sale is screened against several independent laboratory measurements at once, because no single number tells the whole story. This bench shows four of the core tests side by side: a refractometer reading moisture content, a colorimetric HMF assay for heat and age damage, a diastase activity enzyme assay, and melissopalynology (pollen counting) under a microscope.
Because heating raises HMF while destroying diastase, a lab seeing high HMF alongside abnormally high diastase (rather than low) can suspect enzymes were added back after heat damage — one of several cross-checks used to flag adulterated or mislabelled honey.
A 3D laboratory bench with four side-by-side instruments — refractometer, HMF colour test, diastase enzyme assay and pollen microscopy — that respond live as you dial in heat stress, moisture, and sample authenticity.
Heating or long warm storage raises HMF while destroying the diastase enzyme — the same inverse relationship labs rely on to spot overheated or aged honey. Adulterated syrup samples show a collapsed pollen count even when other numbers look normal.
Drag the heat/storage stress and moisture sliders to watch each instrument react in real time, switch the sample to a syrup blend to see pollen vanish, and use the focus dropdown to zoom into any single station.
Because HMF and diastase move in opposite directions when honey is heated, a sample with high HMF but unexpectedly high diastase raises suspicion that enzymes were added back after the honey was damaged by heat.