Rotary Lollipop Former

This machine is a **rotary lollipop forming system** mounted on a rigid welded steel frame. A horizontal indexing table carries evenly spaced lollipop molds and moves them step by step through filling, forming, stick insertion, cooling, and ejection stations. The **candy reservoir** is made from food-grade stainless steel and should be heated to keep the candy mass fluid. A controlled dosing mechanism transfers the candy through a heated nozzle directly into each mold cavity. The **forming station** uses a vertical pneumatic or linear actuator mounted on a rigid bridge. The forming tool moves downward into the indexed mold to shape and compress the candy. The **stick feeding system** consists of a stick hopper or magazine, a singulation mechanism, a guide channel, and a horizontal insertion actuator. It separates one stick at a time, aligns it with the mold centerline, and pushes it into the candy at a consistent depth. The **ejection system** is positioned after the cooling section. A vertical actuator beneath the rotary table pushes an eject pin upward through the mold, lifting the finished lollipop. A guide, air nozzle, or transfer arm then moves the product onto a discharge chute or conveyor. The rotary table is driven by an electric motor and indexing mechanism. All filling, forming, stick insertion, and ejection operations must occur while the table is locked in position. Food-contact parts should be stainless steel, removable for cleaning, and designed with smooth surfaces. The main design priorities are accurate indexing, reliable stick feeding, controlled candy dosing, precise tool alignment, gentle ejection, and easy cleaning.

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