Automatic Packaging System for Cakes with Deoxidizer
The Automatic Packaging System for Cakes with Deoxidizer is a product-specific primary packaging system designed for cake products that require automatic feeding, side sorting, deoxidizer placement, and flow wrapping. It is mainly used for bakery manufacturers who need to package cakes with an oxygen absorber or deoxidizer inside the package to support shelf-life protection and product freshness requirements.
Unlike a standard cake flow wrapping machine, this system is not only a single wrapper. It is a complete automatic feeding and wrapping line that connects cake conveying, product distribution, wrapper infeed, deoxidizer feeding, film wrapping, sealing, and downstream checking or secondary packaging equipment.
The key feature of this system is the side sorting feeding method. Cakes are transported on a main conveyor and then distributed sideways into each wrapper infeed or each packaging machine tailstock. This layout is suitable when multiple cakes need to be assigned to one or more flow wrapping machines in a controlled and continuous way.
Another important feature is automatic deoxidizer feeding. The deoxidizer, also known as an oxygen absorber, needs to be synchronized with the cake and packaging film so that it is placed correctly inside the package before sealing. For cake packaging, stable timing between the product, deoxidizer, film, and sealing jaws is important for final package quality.
This system is suitable for soft cakes, bakery cakes, sponge cakes, filled cakes, and similar bakery products that require pillow-type flow wrapping with deoxidizer placement. The actual configuration depends on cake size, product softness, product spacing, deoxidizer format, film type, wrapper speed, and the number of packaging machines connected to the line.
Before requesting a quotation, buyers should provide cake size, cake weight, product shape, product softness, production speed, number of lanes, number of wrappers, deoxidizer size, film type, package size, required pack style, factory layout, and product running videos.
Best fit: This system is best suited for cake packaging lines that require side sorting infeed, automatic deoxidizer feeding, and flow wrapping for individual cake packs.
The system uses a side sorting feeding method to distribute cakes from the main conveyor into each wrapper infeed. Instead of sending all products directly in one straight line, the main product flow is divided sideways into the packaging machine tailstock or infeed section.
The system can be configured with an automatic deoxidizer feeding unit to place oxygen absorbers into the package before sealing. The deoxidizer feeding process must be synchronized with product position and film movement.
After side sorting and deoxidizer placement, the cake enters the flow wrapping machine for pillow-type packaging. The wrapper forms the film around the cake, seals the longitudinal seam, and completes end sealing and cutting.
This system is designed for cakes and similar bakery products that require careful handling before wrapping. Product softness, surface condition, filling, coating, and shape stability all affect the feeding and wrapping design.
The side sorting system can be designed for one or multiple flow wrapping machines depending on production capacity. When output from the upstream process is higher than the capacity of one wrapper, products can be distributed to multiple wrapper infeeds.
This section can show the complete process of cake feeding, side sorting, deoxidizer feeding, and flow wrapping.
Through the video, buyers should focus on how cakes move on the main conveyor, how products are distributed sideways into each wrapper infeed, and how the deoxidizer is synchronized with the product before wrapping.
For this system, the key viewing point is not only the running speed of the flow wrapping machine. Buyers should observe whether the side sorting process is stable, whether the cake position is controlled before entering the wrapper, and whether the deoxidizer is placed consistently inside the package.
If the system is connected to multiple wrappers, the video should show how the main product flow is distributed to each machine. If the product is soft or delicate, the video should show whether the product keeps its shape during transfer.
A good video should help buyers understand the full packaging logic:
Main conveyor → Side sorting → Wrapper infeed → Deoxidizer feeding → Flow wrapping → Finished pack output
The Automatic Packaging System for Cakes with Deoxidizer can be configured according to production capacity, product flow, and the number of packaging machines required.
Single-Wrapper Cake Packaging Line with Deoxidizer
A typical line can be configured as:
Cake feeding conveyor → Side sorting infeed → Deoxidizer feeding → Flow wrapping machine → Finished pack output
This solution is suitable for production lines with moderate capacity where one flow wrapping machine can meet the required output.
Multi-Wrapper Cake Packaging Line with Side Sorting
A typical line can be configured as:
Main cake conveyor → Side sorting / side distribution → Multiple wrapper infeeds → Deoxidizer feeding → Flow wrapping machines → Pack output conveyors
This solution is suitable when the upstream production capacity is higher and products need to be distributed to multiple packaging machines.
Cake Flow Wrapping + Inspection
A typical line can be configured as:
Cake feeding → Side sorting → Deoxidizer feeding → Flow wrapping → Checkweigher / Metal detector → Rejection system
This solution is suitable when the buyer needs product weight checking, foreign object detection, or package inspection after wrapping.
Cake Flow Wrapping + Secondary Packaging
A typical line can be configured as:
Cake feeding → Side sorting → Deoxidizer feeding → Flow wrapping → Cartoning / Case packing → Case sealing
This solution is suitable when individual cake packs need to be packed into cartons or shipping cases after primary packaging.
Complete Cake Packaging Line
A complete line can be configured as:
Cake production output → Product conveying → Side sorting → Wrapper infeed → Deoxidizer feeding → Flow wrapping → Coding → Checkweighing → Cartoning or case packing → Palletizing
Soontrue Group can configure the full system according to cake size, production capacity, deoxidizer feeding requirement, number of wrappers, factory layout, and downstream packaging process.
Soontrue provides automated biscuit packaging solutions for biscuits, crackers, wafers, and other baked snack products.
The solution is designed according to biscuit shape, size, thickness, product arrangement, production speed, packaging format, and downstream automation requirements. Depending on the application, the packaging process can include product feeding, alignment, stacking, counting, flow wrapping, cartoning, case packing, and palletizing.
Soontrue provides automated bread packaging solutions for toast, sliced bread, buns, soft bread, and other bakery products.
The solution is designed according to bread shape, size, softness, production speed, packaging format, and downstream automation requirements. Depending on the application, the packaging process can include product feeding, alignment, flow wrapping, bagging, cartoning, case packing, and palletizing.
Soontrue provides automated cupcake packaging solutions for cupcakes, muffins, mini cakes, and other individual bakery products.
The solution is designed according to cupcake characteristics, including product size, shape, softness, topping condition, packaging requirements, production speed, and downstream automation needs. Depending on the application, the packaging process can include product feeding, positioning, wrapping, bagging, cartoning, case packing, and end-of-line automation.
Soontrue provides automated cake packaging solutions for cakes, sponge cakes, cream cakes, cupcakes, and other delicate bakery products.
The solution is designed according to cake characteristics, including product size, shape, softness, surface condition, fragility, production speed, packaging format, and downstream automation requirements. Depending on the application, the packaging process can include gentle product feeding, alignment, wrapping, bagging, cartoning, case packing, and end-of-line automation.
Soontrue provides automated cake packaging solutions for cakes, sponge cakes, cream cakes, cupcakes, and other delicate bakery products.
The solution is designed according to cake characteristics, including product size, shape, softness, surface condition, fragility, production speed, packaging format, and downstream automation requirements. Depending on the application, the packaging process can include gentle product feeding, alignment, wrapping, bagging, cartoning, case packing, and end-of-line automation.
Soontrue provides automated snack food packaging solutions for chips, puffed snacks, nuts, dried fruits, roasted snacks, and other snack products.
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Soontrue packaging machines support various flexible packaging formats to meet different product shapes, sizes and production requirements. From standard pillow bags to customized bag options, we provide reliable packaging solutions for diverse applications.
The standard pillow bag features a simple and efficient sealing structure, making it one of the most widely used flexible packaging formats. It is suitable for a wide range of products across food, daily goods, and industrial applications.
A pillow bag with additional gusset folds on the side or bottom, providing increased capacity and better package stability. It is suitable for products requiring more volume or improved shelf appearance.
Multiple pillow bags are connected together through perforated sections, creating a convenient multipack format for retail, promotion, and bundled product applications.
A pillow bag equipped with a reinforced Euro hole for hanging display. It provides a practical retail presentation option while maintaining the advantages of the pillow bag structure.
It is used for automatic cake feeding, side sorting, deoxidizer placement, and flow wrapping. It is suitable for cake products that require an oxygen absorber or deoxidizer inside the package.
A standard flow wrapping machine mainly completes film wrapping and sealing. This system includes the upstream feeding and side sorting process, deoxidizer feeding, wrapper infeed synchronization, and optional downstream inspection or secondary packaging.
Side sorting means products move along a main conveyor and are distributed sideways into each packaging machine infeed or tailstock. This helps feed one or multiple flow wrapping machines in a controlled way.
Side sorting is useful when cakes need to be distributed from a main conveyor into one or more wrapper infeeds. It helps manage product flow, spacing, and line capacity before wrapping.
A deoxidizer, also called an oxygen absorber, is placed inside the package to help reduce oxygen inside the pack. In cake packaging, it is commonly used when the product requires shelf-life protection.
Yes. The system can be configured with an automatic deoxidizer feeding unit. The final design depends on deoxidizer size, product position, film path, wrapper speed, and package format.
It may be added as an optional function according to project requirements. If this is required, buyers should confirm the inspection method, rejection requirement, and packaging standard before quotation.
Yes, it can be configured for soft cakes. Product softness, surface condition, filling, coating, and shape stability should be confirmed through samples or production videos.
Yes. The side sorting system can be designed to distribute products to multiple wrapper infeeds, depending on production capacity and factory layout.
Yes. After flow wrapping, the finished packs can be connected to checkweighers, metal detectors, cartoning machines, case packers, case sealers, or palletizing systems.
Please provide cake size, cake weight, product shape, product softness, production speed, number of packaging machines, deoxidizer size, film type, package size, factory layout, and product running videos.
Final speed depends on product size, product spacing, side sorting stability, deoxidizer feeding speed, wrapper model, sealing requirement, number of wrappers, and downstream equipment capacity.
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