The 4-Mould Popsicle/Ice Candy Machine is an industrial-scale unit designed for mass production of frozen desserts. With four dedicated moulds, this machine can handle significantly higher volumes than smaller models, making it essential for large-scale manufacturers and distributors.
This machine boasts a production capacity of approximately 4000 pieces per day, supported by a powerful 2.5 KW system and a reliable Emerson compressor. It consistently maintains ultra-low temperatures of -25°C to -30°C in its freezing brine for rapid and uniform ice candy formation.
Why Choose Chef Choice Industries? This unit offers high output while remaining manageable in size (44x38x30 inches). It maximizes your production per square foot and runs efficiently on a standard 220 V connection, delivering professional results for your frozen novelty business .
Production Capacity | ~4000 pcs / day |
Max Temperature | -25°C to -30°C |
Power | 2.5 KW |
Moulds | 4 Mould Capacity |
An ideal investment for businesses focused on scaling up production and increasing their market distribution.
Price: TBD + GST (Contact us for pricing)
The 4-Mould Popsicle Machine is robustly designed for superior production volume and consistent deep-freezing performance.
Model Type | 4-Mould Industrial Popsicle Freezer |
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Mould Capacity | 4 Moulds (Customizable to various shapes) |
Production Rate (Approx.) | 4000 pieces per day |
Power | 2.5 KW |
Voltage | 220 V (Single Phase) |
Compressor | Emerson or Equivalent Industrial Grade |
Temperature Range | -25°C to -30°C |
Dimensions (L x W x H) | 44×38×30 inch |
Operation | Brine Tank (Salt Water) Freezing System |
Feature | Advantage |
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4000 pcs/day Output | Doubles the output of standard models, ideal for meeting high market demand |
2.5 KW Power | Ensures the brine temperature is maintained at -30°C consistently, even with rapid batch cycling |
4 Mould Capacity | Allows multiple flavors or product lines to be frozen simultaneously |
Emerson Compressor | Guarantees long-term reliability and efficient energy conversion for deep cooling |