Dry Bulk Containerized Transport Process

It only takes one person 30 minutes to load an 18-ton container of dry bulk bags. Based on a 2,800-ton shipment, the required working hours are: 2,800 ÷ (18 x 2) = 78 working hours.

Excessive Links: The supply chain involves up to 10 links, featuring multiple transfers and repetitive operations that result in low efficiency.
Labor Shortage Pressures: Manual labor is mostly adopted for loading and unloading processes. Enterprises are under dual pressures of rising labor costs and difficulty in recruiting workers.
High Damage Risk: Frequent transfers in the supply chain increase the breakage rate of small packaging.
Environmental Pollution: Manual bag cutting during unloading is prone to causing dust pollution.
Low Operational Efficiency: Loading and unloading take a long time. It typically requires 2 hours to load and unload an ordinary 20-foot container.

The entire supply chain is streamlined to only 6 links, boosting operational efficiency by 100%.
Fully automated loading and unloading equipment reduces labor costs by 100%.
The closed and automated loading/unloading equipment enables clean operations, eliminating dust pollution issues completely (a 100% reduction).
Loading and unloading time is shortened to just 30 minutes, doubling operational efficiency.
The elimination of multiple intermediate transfer links reduces leakage risks, achieving cleaner and safer operations.

Targeting the drawbacks of traditional packaging products in the powder and granular material industry, Syon has R&D and launched the Container Automated Packaging and Equipment Solution. This solution is mainly designed to provide customized automated loading/unloading solutions for bulk materials of various types, along with tailored large-scale container sea bags packaging. It effectively addresses the key pain points of traditional medium-sized packaging, such as low loading/unloading efficiency, labor recruitment difficulties, high process costs, severe product damage, and heavy environmental pollution.