See how hydrocolloid-based edible vessels with waterproof coatings hold hot and cold liquids fo
See how hydrocolloid-based edible vessels use composite coatings to hold hot and cold liquids f
See how a heat treatment monitoring system uses laser triangulation, image processing, and clos
See how beta-carotene monooxygenase and dioxygenase enzymes directly degrade pigments in bread
See how vacuum cooling adjusts chamber pressure based on external humidity and dew point to pre
See how perpendicular start roller belts and inclined rolling belts with dynamic positioning en
Camera sensing through a tinted double-glass window enables closed-loop bread baking control despite external light and product variation.
A tinted outer window and chamber lighting improve oven image capture through double glass while preserving heat retention and process consistency.
A hollow capillary emitter forms a Taylor cone to inactivate bacteria in liquids with lower energy use and more stable sterilization.
Direct carotenoid-cleaving enzymes increase bread and dairy whiteness without GMO soybean lipoxygenases or added cofactors.
Pre-measured ingredient boxes and automatic water control prevent bread machine dosing errors, reducing waste and improving baking consistency.
Gravity and directional airflow shape moist dough over inverted molds to form cup-shaped chips with simpler, lower-cost equipment.
Optical stop detection aligns bread maker shafts to a proper blade angle, preventing withdrawal interference and improving handling.
Ultrasonic energy at the extrusion die boosts throughput while improving density, uniformity, and shape retention in flowable food substrates.