New Extrusion Technology For Cassava Pearl Production

The production line for milk tea tapioca pearls and crystal balls utilizes a twin-screw extrusion process, using starch, syrup, edible gum, and other materials as raw materials to produce industrial automatic production lines for beverage pearl powder and jelly crystal balls. The Tapioca Pearls process machine includes production processes such as batching, metered injection, extrusion molding, cutting, and cooling; its core technology lies in the twin-screw extrusion molding, which employs an advanced multi-stage precise temperature control extrusion structure. Liquid materials are metered into the twin-screw extrusion system, where they undergo changes in their physical and chemical properties under high pressure and high temperature, becoming easier to coagulate. Then, they enter the cold extrusion section, where sufficient cooling effects are combined with special molds to enable the materials to be continuously extruded in a solid state from the mold, and the products are cut into spherical or block shapes by a rotary cutting system during continuous extrusion. Tapioca Pearls are commonly used in beverages such as milk tea and fruit tea, and their product names include instant pearls, jelly crystal balls, etc. Tapioca Pearls have a chewy and elastic texture, do not require boiling when consumed, are resistant to spoilage when refrigerated at low temperatures, and can be used in both shop beverages and supermarket beverages. The beverage pearl and crystal ball extrusion production line is a highly automated industrial production line that requires minimal labor, with a continuous operation time of no less than 72 hours, and produces no wastewater or waste materials throughout the process. The parts of the equipment that come into contact with food are made of food-grade materials that meet food safety production standards. The entire line is customized, with supporting solutions and workshop layouts tailored according to the actual needs of the user. The design output ranges from 100 kilograms per hour to thousands of kilograms per hour, fully meeting your production needs.