Shipping Water Jet Cutting Machines from Guangzhou/Shenzhen to Kobe Port, Japan: A Comprehensive Guide
Shipping Options: FCL and LCL
Full Container Load (FCL) – 20FT and 40FT Containers
For larger consignments, a Full Container Load (FCL) is the ideal option. This means that the entire container is used exclusively for your goods, ensuring the cargo is not mixed with others, reducing the risk of damage during transport.
- 20FT Container: This is commonly used for smaller quantities or more compact machinery. The typical capacity of a 20FT container is about 28 cubic meters.
- 40FT Container: Larger shipments, or multiple water jet cutting machines, would require a 40FT container. The capacity of a 40FT container is approximately 58 cubic meters.
Both FCL options are transported under CIF (Cost, Insurance, and Freight) terms, which means the seller covers the cost of shipping, insurance, and freight charges up to Kobe Port. The buyer is responsible for customs clearance and delivery from the port to their final destination.
Less than Container Load (LCL) – Shared Container Space
For smaller shipments, Less than Container Load (LCL) is an economical alternative. LCL involves sharing container space with other consignments. This is perfect if you don’t have enough goods to fill an entire container. LCL shipping is typically slower than FCL, as the goods need to be consolidated and deconsolidated at various ports.
Sea freight from Guangzhou/Shenzhen to Kobe typically takes 5 days for both FCL and LCL options, depending on the exact shipping route and schedules.

Packaging Guidelines for Water Jet Cutting Machines
Given the nature of the cargo—water jet cutting machines—proper packaging is crucial to prevent damage and ensure smooth transportation. Here’s how the machinery should be packaged for both FCL and LCL shipping:
Heavy-duty Wooden Crates:
- Water jet cutting machines are typically shipped in customized wooden crates that provide stability and protection. These crates should be designed to support the weight and size of the machinery, and also ensure that the cutting equipment remains immobilized during transport.
- The wooden crates should be heat-treated to prevent pests and comply with international shipping regulations (ISPM 15 standards).
- For LCL shipments, additional cushioning and secure fastening may be required to prevent movement and potential damage from other cargo.
Rust and Corrosion Protection:
- As the machines are metal-based, protective coatings (such as anti-rust film or oil coatings) should be applied to sensitive parts to prevent corrosion during the voyage, particularly in the humid maritime environment.
- Seals and gaskets should be checked to ensure no moisture enters the packaging.
Shock Absorbers and Padding:
- To protect the machinery from shocks and vibrations during transport, use shock-absorbing materials such as foam or bubble wrap inside the crates. This cushioning should cover all parts of the machine that are prone to impact.
- Additionally, corner protectors and strapping can help prevent shifting during transit.
Weight Distribution:
- Proper weight distribution is essential for stability. The crates should be packed in a way that the heaviest parts are placed at the bottom, with lighter components on top. This helps maintain the balance and prevents the crates from tipping during loading or unloading.
Sealing and Labeling:
- All crates should be tightly sealed to prevent any foreign materials from entering and causing damage. It’s also important to ensure that the crates are clearly labeled with the destination address, handling instructions, and a list of the contents, including any fragile components.