In Line Storage

An in-line storage system is designed to hold product temporarily within the production line without diverting it to a separate storage vessel or offline bin. Unlike traditional bulk hoppers, in-line storage uses vibratory conveyors to manage the flow and accumulation of product in a hygienic, space-efficient manner. This ensures that product is readily available for downstream processes such as packing or weighing, eliminating the need for external holding equipment and reducing manual handling.

In-line storage is particularly beneficial in high-speed production environments where product must be buffered between processing and packing stages. For example, if a weigher or bagging machine temporarily stops, the in-line storage system allows the upstream line to continue operating by accumulating product in a controlled section of the conveyor. This prevents unnecessary stoppages, improves line efficiency, and maintains consistent product flow without compromising quality.

KMG’s in-line storage solutions are built using food-grade stainless steel and feature fully welded construction to eliminate crevices and reduce risk of contamination. The vibratory conveyors are engineered for gentle product handling, minimising breakage or degradation during temporary storage. The system also allows for easy access and cleaning, making it ideal for allergen control or multi-flavour production lines where hygiene and quick changeovers are critical.

Yes. KMG’s in-line storage systems are customisable and can be configured to handle a wide range of snack products — including crisps, extruded snacks, coated nuts, popcorn, and cereals. Vibratory conveyors can be tuned to suit product type, density, and fragility, ensuring that both lightweight and more robust snacks are stored without clumping, settling, or damage.

Absolutely. The system is designed for modular integration and can be retrofitted into most existing layouts with minimal disruption. KMG’s engineering team works closely with each client to ensure that the storage section aligns with line speed, available space, and downstream equipment, delivering a solution that enhances efficiency while maintaining full system compatibility.