(1) The machine is suitable for spherical lollipop head packaging, automatic sugar feedingWith novel structure, beautiful style, low noise, stable operation,Convenient maintenance and other characteristics;
(2) AC motor attached frequency converter, toachieve stepless variable speed control;
(3) Automatic computercontrol, photoelectric color standardtracking;
(4) Internationaladvanced photoelectric sensor detection, two-way tracking, with trackingFast, accurate pattern;
(5) Food contact parts are made of stainless steel, easy to clean, in line with health requirements.
It is an ideal machine for packing ball lollipop. Featured with logical structure, easy operation, good sealing etc., FLD ball lollipop packing machine is mainly composed of automatic sorting device, packing paper color code auto tracking system, standard tongs, lollipop conveyer chain, paper packing device, packing knot and rotating plate device, heat sealing knotting device. With state-of-art technology, stable performance, high performance cost rate, this machine can not only reduce labor cost, but also increase the sanitary standard and packing quality of candy, considerably increasing the production efficiency of the enterprise. The color code tracking system of trademark corrector is controlled by microcomputer, and is featured with correct and reliable operation, coordinated acting on paper feeding, wrapping paper, heat sealing, knotting etc. The packed lollipop is good looking, neat and good sealing. The electric control system is equipped with photoelectric tracing circuit. When there are no candy at the start of the machine, the paper is stopped at same time, so that no paper is wasted. The candy can be packed properly even in case of curled paper. Step motor is used so that the paper feeding speed can be changed automatically according to the speed of the machine. With imported converter, PLC, rotary encoder, photoelectric switch and man machine interface, the machine is people oriented design, easy operation and convenient repair.
Power of main motor
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0.75kw 380v
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Power of brushing motor
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4×60w 380v
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Power of paper feeding motor
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0.2kw 220v
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Heating sealing pipe
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0.15kw×6 24v
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Air pressure
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0.2-0.5Mpa
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Output (According to standard shape candy)
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1000-2000kg/8h
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External dimensions (mm)
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2500×900×1500
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Weight (kg)
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1200
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Machine Name
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Power
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Spherical diameter(mm)
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Dimension (mm)
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Capacity
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Packaging film materials
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FLD-Ball lollipop
packing machine
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2.1
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20-35
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2500*900*1500
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10-130 grains/minute
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BOPP compounded with CPP, PET compounded with
OPP and various composite films, etc.
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Components of Lollipop Production Lines
Candy Cooking Systems
These systems are responsible for heating and mixing key ingredients—such as sugar, glucose, and flavorings—into a uniform syrup. High-end models, like vacuum film cookers, offer precise temperature control and rapid cooking under vacuum conditions, resulting in improved candy clarity, texture, and production speed.
Forming Machines
Once the syrup is cooked, it is shaped into lollipops using forming machines. These machines can produce a wide range of shapes including round, flat, or custom 3D designs. Some models also support center-filling options with gum, chocolate, or liquid centers for added variety.
Stick Insertion Units
Stick insertion units work in sync with the forming process, automatically inserting sticks into each piece of candy. This seamless integration enhances production speed and reduces manual handling.
Cooling Tunnels
After forming and stick insertion, lollipops are transferred through cooling tunnels. These tunnels provide fast and uniform cooling to ensure the candies solidify properly while retaining their shape and structure.
Wrapping Machines
The final step is packaging. Wrapping machines can handle various wrapping styles, such as bunch wrap or flow pack, and are often fully integrated into the production line to maximize efficiency and minimize labor costs.
Adaptability and Efficiency
Lollipop machinery is available in various configurations and capacities to meet diverse production needs. Whether for artisanal production or high-speed industrial output, these systems offer flexibility, reliability, and scalability. Modern machines are also designed for quick product changeovers and ease of maintenance, making them ideal for dynamic confectionery environments.