Single Loaf Flow Pack
Whole bread loaves or arranged sliced loaves are individually wrapped using roll film, with pack dimensions matched to the selected flow wrapper.
PACKAGING MACHINES
Packaging options
Compare packaging formats available for the selected product and line configuration.
Whole bread loaves or arranged sliced loaves are individually wrapped using roll film, with pack dimensions matched to the selected flow wrapper.
Multiple bread rolls or smaller bread products are aligned and wrapped together in one flow pack using a suitable grouping and feeding system.
Bread products are arranged in trays and wrapped together using roll film. Tray dimensions and feeding arrangements depend on the machine configuration.
Individually wrapped or grouped bread packs can be loaded into corrugated shipping cases using optional downstream case packing equipment.
Packaging process
Packaging stages depend on the product, pack format and selected line configuration.
Unwrapped bread loaves or smaller bread products enter the packaging line through a feeding conveyor. The infeed arrangement is selected according to product dimensions, orientation and the upstream production process.
Bread products are guided into the required position and spacing before wrapping. Conveyor guides and transfer timing are adjusted to suit the bread dimensions and help maintain product arrangement during feeding.
For multi-piece bread packs, products can be counted and arranged into groups before entering the flow wrapper. Group size and feeding arrangements depend on the product shape, quantity per pack and equipment configuration.
Bread products enter the horizontal flow wrapping machine, where roll film is formed around each product or group. Longitudinal and transverse heat seals complete the primary package.
Finished bread packs can be transferred to downstream case packing equipment and arranged in corrugated shipping cases. This optional process is configured according to the pack dimensions, case arrangement and required output.
Steps marked optional depend on the actual project configuration.
Choosing a solution
Compare the key factors that affect equipment selection and line configuration.
Confirm whether the bread is sliced or unsliced, along with its length, width, height, weight and softness. These factors help determine the suitable feeding and wrapping configuration.
Review bread transfer, alignment and spacing requirements. Consider connections to upstream slicing or cooling equipment when planning the feeding system and production layout.
Define the packaging format, pack dimensions, products per pack, film requirements and target finished packs per minute to select the suitable machine configuration.
Our approach
How we review product handling, equipment configuration and packaging line requirements.
Review product size, shape and handling requirements before selecting the packaging equipment.
Compare feeding, alignment, grouping and conveyor connections based on your production layout.
Discuss primary packaging, product handling and downstream equipment options according to your project requirements.
Share product samples, pack dimensions, target output and available factory space to review suitable equipment configurations.
Common questions
Answers to common questions about product handling, packaging formats and line configuration.
A bread packing machine can handle sliced sandwich loaves, unsliced bread loaves and other bread products with a suitable feeding and wrapping configuration. The machine setup depends on product dimensions, shape, softness and packaging requirements. Different bread formats may require different feeding guides or transfer systems.
A suitable feeding and transfer system can help maintain the arrangement of sliced bread during packaging. Conveyor guides, product alignment and transfer timing need to match the loaf dimensions and slice stability. Product samples or production videos help determine the appropriate handling method.
Bread packaging lines can produce individual or grouped flow packs using roll film. Depending on the equipment configuration, products may also be loaded into trays before wrapping or transferred into corrugated cases after primary packaging. The selected format determines the feeding, wrapping and downstream equipment requirements.
Bread should reach a suitable packaging temperature before wrapping. Excess heat and moisture can cause condensation inside the package and affect product quality. The cooling requirements depend on the bread formulation, product size, packaging film and intended shelf life.
An automatic bread packaging line can integrate with upstream slicing or cooling equipment when the conveyor interfaces and production layout allow it. The system may include transfer conveyors, product alignment and spacing equipment before flow wrapping. The line design must account for upstream output, product orientation and the required packaging speed.
One machine may accommodate several bread sizes within its supported adjustment range. Changeovers can involve conveyor guides, film width, bag length and sealing settings. Significant differences in loaf dimensions or product arrangement may require additional parts or a different feeding configuration.
The achievable output depends on bread dimensions, product spacing, feeding arrangements, packaging format and sealing requirements. In a complete automatic line, the slowest connected process determines the final packaging output. Target capacity should be specified in finished packs per minute and confirmed against the proposed equipment configuration.
Please provide bread photos or videos, product dimensions, weight, sliced or unsliced condition, preferred packaging format, products per pack and target output. Details about the existing slicer, cooling conveyor, factory layout and available space also help determine the feeding system, flow wrapper and downstream equipment configuration.
Tell us what you pack, your preferred packaging format and your target output. We can review the requirements and discuss suitable equipment and line configurations.