Guide to NVOCC Operations and Freight Forwarding Essentials

Guide to NVOCC Operations and Freight Forwarding Essentials

This article delves into the critical aspects of freight forwarding operations, including the selection of Non-Vessel Operating Common Carriers (NVOCCs), vessel schedule inquiries, import document processing, bill of lading payment and exchange procedures, invoice amount modifications, and the universality of the 45GP container code. It aims to help freight forwarders and foreign trade enterprises improve efficiency and reduce risks by providing a comprehensive overview of key processes and best practices in the industry.

Yiwu to Malaysia Shipping Guide for Small Businesses

Yiwu to Malaysia Shipping Guide for Small Businesses

This article details the timeline, process, advantages, and frequently asked questions regarding sea freight from Yiwu to Malaysia. The shipping time is influenced by the shipping company and route, with LCL (Less than Container Load) taking approximately 30-45 days and FCL (Full Container Load) direct shipping taking about 20-25 days. The process includes customs declaration and inspection, booking and loading containers, sea transportation, and customs clearance upon arrival. The advantages of sea freight include ample capacity, lower costs, and high security, making it suitable for large-volume cargo. LCL is a suitable option for smaller shipments.

01/26/2026 Logistics
Read More
Hidden Costs in FCL Shipping Drive Up Logistics Expenses

Hidden Costs in FCL Shipping Drive Up Logistics Expenses

This article provides an in-depth analysis of the cost structure involved in the 'door-to-port' process of full container shipping for cross-border logistics. It covers various fees, including pickup fees, inland transportation fees, storage fees, loading fees, and shipping costs. The aim is to help businesses identify and optimize these expenses, control logistics costs, and enhance their competitiveness in global trade.

How To Accurately Calculate The Verified Gross Mass Of Cargo To Ensure Vessel Safety

How To Accurately Calculate The Verified Gross Mass Of Cargo To Ensure Vessel Safety

Verified Gross Mass (VGM) refers to the total weight of cargo including its packaging and container, playing a crucial role in ensuring cargo safety. Shippers must provide accurate VGM as required by SOLAS, using either weighing methods or component weighing methods to avoid loading delays and safety risks. Accurate VGM not only protects the interests of shippers but also upholds the overall safety of the shipping industry.

Jacksonville Port International Freight Hub on the US East Coast

Jacksonville Port International Freight Hub on the US East Coast

Jacksonville Port, located in Florida, is a significant international freight hub in the southeastern United States. With its excellent geographical location and advanced facilities, the port attracts a substantial amount of container and general cargo transport. Featuring over 30 berths and diverse loading and unloading areas, it effectively supports the import and export of various goods, including steel products and timber, contributing to the local economic development.

Shanghai Port And Ningbo Port: Four Process Differences Revealed

Shanghai Port And Ningbo Port: Four Process Differences Revealed

This article conducts an in-depth analysis of the four major process differences between Shanghai Port and Ningbo Port. It explores the distinctions in freight forwarding operations in terms of the incoming container manifest, data requirements for entry, pre-loading manifest submission, and customs declaration timing. These differences not only reflect each port's management model but also highlight the measures taken to enhance operational efficiency.

Seattle Port Overview and Functions

Seattle Port Overview and Functions

The Port of Seattle, located in Washington State, is a vital gateway from North America to the Far East. It consists of an outer and inner port, with the outer port accommodating ocean-going vessels, while the inner port features various loading and unloading facilities. This includes several container terminals along with specialized cargo and refrigerated docks, with an annual throughput of 20 million tons.

How to Accurately Complete the Dangerous Goods Application Form to Ensure Smooth Export

How to Accurately Complete the Dangerous Goods Application Form to Ensure Smooth Export

In the process of exporting dangerous goods, accurately filling out the dangerous goods application form is crucial. This form requires information such as the shipper and consignee, loading and unloading ports, container type, proper shipping name, classification, UN code, packaging category, and cargo weight. Special attention should be paid to the accuracy of flashpoint and packaging information to avoid affecting the shipping company's space arrangements.

Boston Dynamics Stretch Robot Automates Retail Logistics

Boston Dynamics Stretch Robot Automates Retail Logistics

Stretch® robot is Boston Dynamics' automated case handling solution designed for retail logistics. It significantly improves container and truck loading/unloading efficiency through intelligent unloading, high-speed and efficient handling, safe and reliable operation, and flexible deployment and integration. This reduces labor costs, improves employee working conditions, and helps retailers transform and upgrade their logistics operations, gaining an advantage in a competitive market.

Ports Address Container Location Discrepancies

Ports Address Container Location Discrepancies

This paper addresses discrepancies between APL container equipment lists and actual berthing terminals, proposing an efficient solution. First, verify the actual berthing terminal with the shipping company. Second, understand the reason for the information mismatch and request the shipping company to provide correct, stamped information. Finally, proceed with the inbound procedures flexibly, based on the actual situation. This ensures smooth container processing despite initial documentation errors and minimizes potential delays or complications related to terminal discrepancies.