When selecting a model for a jelly candy production line, the starting point should be production requirements, available utilities, and the physical space the line will occupy—rather than relying solely on the nameplate capacity figure.
Selecting a jelly candy manufacturing machine requires four key metrics: the daily production target, the availability of steam or electric heating, the installed power limit, and the usable workshop area. Many factory engineers start with a capacity number and a budget, only to realize that the machine matching that figure won't fit the facility. A more effective approach reverses that sequence. First, set the daily output required by your sales plan, then verify the plant's steam or electrical supply capacity, measure the available bay space, and finally consider depositing speed and candy weight. The PD80 through PD2000 series covers outputs from 80 to 2000 KG/H, with installed power ranging from 60 KW to 280 KW for electric-heated models and 35 KW to 180 KW for steam-heated ones. Following this order typically narrows the options to one or two models before pricing discussions begin.
How PD80 to PD2000 Output Tiers Match Different Factory Production Plans
While output is the primary consideration, the nameplate rating alone doesn't determine the correct model. For instance, a facility with a sales target of 5 to 6 tonnes of gummy per day, a fixed bay measuring roughly 26 m by 8 m, and limited steam capacity will match a different tier than a plant aiming for 25 tonnes per day with spare transformer capacity. Rated capacity opens the conversation, but the daily production plan dictates whether a PD300, PD600, or PD1200 is the appropriate choice.
1. Match Rated Output to Real Daily Production Targets
The rated output only becomes meaningful when compared to an actual daily production target. Real-world throughput depends on the candy formula, piece weight, mold design, and consistent operating hours. An 80 KG/H line running steadily for 20 hours yields approximately 1.6 tonnes, whereas a 600 KG/H model under the same conditions produces around 12 tonnes. Cleaning, mold changes, and startup reduce that operating window, so a plant targeting 6 tonnes per day typically requires a model that exceeds the target comfortably rather than the smallest one that only meets it on paper. Establish the daily goal first, then work backward to identify the appropriate PD tier.
2. Compare Installed Power with Available Electrical and Steam Supply
The installed power figure determines compatibility with your steam or electrical supply. Electric-heated models range from 60 KW on the PD80 to 280 KW on the PD2000. Steam-heated models range from 35 KW to 180 KW since heat is sourced from your boiler rather than the machine's internal elements. This difference becomes critical when a plant has spare transformer capacity but a fully loaded boiler, or vice versa. Steam-heated lines require sufficient boiler headroom to maintain stable syrup temperature during continuous melting and depositing—this is as much a heat transfer consideration as a capacity one. Power supply is 380V/220V, 50Hz/60Hz, three-phase, so voltage and frequency are configuration parameters rather than barriers. Verify what the plant can provide before moving to price comparisons.
Plan Footprint and Utilities Around the 20-30 m by 6-10 m Line Layout
A full jelly candy production line typically spans 20-30 m in length, 6-10 m in width, and 4 m in height, with the selected model falling within these dimensions. The length includes not only the machinery itself but also the electromagnetic melting pot, syrup storage tank, depositing machine with cooling tunnel, climbing conveyor, polishing machine, sugar sanding machine, receiving trays, and trolleys. The width must accommodate operator walkways and service access on both sides of the cooling tunnel, as well as a path for moving mold sets in and out. Height is often overlooked—the climbing conveyor and elevated syrup path require clear vertical space beneath a 4 m ceiling. Utilities ultimately determine whether a layout is practical. The PLC cabinet must be within cable distance of your power supply, and electric models must match transformer capacity and panel configuration. Steam-heated lines require pipe runs from the boiler, a condensate return path, and space for servicing valves and traps. The cooling tunnel needs water for its cooling circuit and a warm-air discharge route. The depositing area requires airflow that prevents humid air from being drawn back over the molds. Compressed air for pneumatic valves and a feasible cleaning routine both demand space at the machine ends. A line that appears to fit on paper can still fail if the cooling tower is positioned too far away, trays obstruct the walkway, or there is insufficient wall clearance for maintenance.
Understand Depositing Speed, Candy Weight, and Mold Change Needs Before Inquiry
Across the product range, depositing speed runs at 45-50 drops per minute, and piece weight ranges from 2 to 20 g. These two parameters explain why a model recommendation depends on your product specifications, not just your total tonnage. At the same drop rate, a 12 g piece delivers three times the syrup volume of a 4 g piece from the same mold, meaning heavier candies reach the rated output faster. Light pieces require more drops, additional cavities, or longer run times to achieve the same daily tonnage, so a facility producing 2-3 g pieces may need a larger tier than its tonnage alone would indicate. Mold shape and PLC settings complete the picture. Custom molds accommodate shapes such as jelly bears and building blocks, each with its own cavity count and fill pattern. Changing shapes involves swapping mold sets and loading the corresponding recipe on the PLC. The modular control design ensures those settings are repeatable across runs rather than relying on operator memory. More shapes translate to more mold sets, additional storage, and increased changeover time factored into daily output. A gummy candy machine manufacturer can map your shapes to cavity counts and depositing parameters. When making your first inquiry, provide target piece weight, target shapes, weekly SKU count, and bay dimensions. Panda Machinery manufactures the PD series with a SUS304 main structure and optional SUS316 food-contact surfaces, along with installation, training, a 2-year quality guarantee, and lifetime accessory supply.
Conclusion
Deciding between the PD80 and PD2000 follows a logical sequence: start with daily output, then evaluate steam or electrical supply, then assess bay and utility pathways, and finally consider depositing speed and candy weight. A jelly candy manufacturing machine that satisfies all four criteria is the one worth quoting. Verify each number against your own formula, piece weight, and shift schedule, and confirm steam consumption, compressed air requirements, exact hook-up points, final lead time, MOQ, price, and spare-part inventory for each project. Submit those four figures along with your target shapes, and the model recommendation becomes a brief, concrete discussion.
FAQ
Q：How do I match a jelly candy manufacturing machine to my target 80-2000 KG/H output?
Begin with the daily production target rather than the hourly rating. Translate that target into kilograms per stable operating hour based on a realistic run window, then factor in your formula, piece weight, and mold considerations. The outcome indicates a tier—PD80 on the low end, PD2000 at the high end—with sufficient margin to ensure cleaning and changeovers do not drop you below the plan.
Q：How does candy weight affect the output of a jelly candy manufacturing machine?
Output is fundamentally drop rate times piece weight times cavity count. At 45-50 drops per minute, a 12 g piece transfers three times the syrup volume of a 4 g piece over the same run time. Heavier pieces achieve rated tonnage more quickly, whereas lighter pieces require additional drops, more cavities, or a longer run, so piece weight should be included in the model selection from the outset.
Q：Can one Product Customization run jelly bears and building block shapes with different molds?
Yes. The depositing machine is designed with interchangeable custom molds, allowing jelly bear and building block shapes to be produced on the same line using the appropriate mold set and PLC recipe. Each shape features its own cavity count and fill pattern, so mold sets, storage, and changeover time must be accounted for in the daily output and weekly SKU plan.
Sources / References
Steam Consumption of Heat Exchangers
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