Compressed steam from the fryer hood is reused to heat recirculating oil, cutting waste heat, energy cost, and oil uptake in snack frying.
Magnetic coupling and a ceramic shaft recirculate fryer oil without mechanical seals, reducing leaks, bearing failures, and maintenance.
A movable throughflow plate tempers superheated steam at the inlet to stop snack blow-out while maintaining high defatting rates.
A par-fry plus higher-temperature oil-curtain finish lowers potato chip oil content while preserving flavor, color, and texture.
A staged rotor-stator grinding path uses narrowing gaps to improve soymilk texture, preserve flavor, reduce noise, and limit filter clogging.
A rectangular microwave-safe ramen container uses minimal water to boil noodles evenly, cutting stovetop time and reducing spills and burns.
A foraminous basket insert keeps floating food below the oil surface for more uniform frying, faster cooking, and less fat absorption.
A rigid outer wire frame shields mesh basket sides and corners from bending or dents while preserving stackability and hanging use.
A sweetener blend of allulose, acesulfame K, and fructose creates synergy for enhanced sweetness.
Applying monosodium citrate to heated carbohydrate foods suppresses acrylamide formation without impairing taste or appearance.
Matching particle sizes in a dry phytosterol and salt blend enables uniform topical application to hot snacks, avoiding complex oil modification processes.