Commercial honey packers rarely sell a single beekeeper's single lot: they blend several tested lots together in a jacketed tank so that every jar leaving the plant tastes, looks and behaves the same, batch after batch. A written Standard Operating Procedure (SOP) exists precisely because raw honey lots vary enormously — in floral source, moisture content and colour — while customers expect consistency. This simulation lets you play blender: choose the ratio of three test lots, run the stirrer, and watch the blended batch's moisture, colour grade and homogeneity converge (or fail to) on a target specification band.
Real blending SOPs typically require every incoming lot to be lab-tested for moisture (by refractometer), colour (Pfund/Lovibond) and sometimes pollen analysis before it's approved for the blend tank — and the finished batch is retested before bottling to confirm it still meets the label's declared specification.
Blend three test lots of honey in a live 3D tank and watch how the resulting batch's moisture, colour grade and homogeneity converge — or fail to converge — on a quality team's target specification band.
Every honey lot differs in moisture and colour depending on its floral source. Blending is how packers average those differences out into one consistent, repeatable product — but only once the batch is thoroughly agitated to full homogeneity.
Set the ratio of Lot A, B and C feeding the blend tank and choose a stirrer speed. Watch the moisture and colour gauges move live, and see whether the finished batch lands inside the green target band.
Honey above roughly 20% moisture is prone to fermentation in storage — one reason SOPs blend a wetter lot with a drier one rather than rejecting it outright.