Maersk offers end-to-end e-commerce logistics solutions, covering e-commerce fulfillment, last-mile delivery, and cross-border shipping, helping businesses optimize their supply chains and enhance customer satisfaction. Leveraging its global network, advanced technology, and professional team, Maersk is dedicated to providing excellent logistics services for e-commerce companies, enabling sustainable business growth.
Easily track your cargo without registration or login using your Bill of Lading number, Ocean Bill of Lading number, or Container number. Even without logging in, you can access the current location, historical trajectory, and estimated time of arrival (ETA) of your goods, enjoying a transparent and efficient logistics experience. This provides real-time visibility into your shipment's journey, empowering you with up-to-date information and enhanced control over your supply chain.
This article provides a detailed guide on how to check and manage demurrage fees through the Maersk website. It covers key steps such as logging into your account, entering the Bill of Lading number, viewing container details, and simulating delivery dates. Mastering these techniques can effectively avoid unnecessary expenses and optimize logistics costs. Learn how to navigate the Maersk platform to understand and control potential demurrage charges, leading to better cost management for your shipments.
This article provides a detailed interpretation of the three main specifications of shipping containers: 20GP, 40GP, and 40HQ. It compares and analyzes them from multiple dimensions such as external dimensions, internal dimensions, and load capacity. By combining practical examples, it helps readers understand the advantages and disadvantages of different specifications and their applicable scenarios. This allows them to choose the most suitable container for their business, optimize transportation costs, and improve logistics efficiency.
This article provides a clear and accessible explanation of the concept of "container slot" in container terminals and its composition. It details a five-step process using "Zone", "Block", "Bay", "Row", and "Tier" to locate containers. Furthermore, it introduces the container slot representation method on container ships, helping readers quickly understand the "home guide" for containers. This aims to demystify the container slot system for a broader audience.
This article comprehensively explains the importance, types, detailed steps, practical tips, compliance requirements, and service selection involved in container unloading. Through case studies, it provides guidance for businesses to optimize logistics processes and improve operational efficiency. It emphasizes the critical role of safety, efficiency, and compliance in the unloading process. The article also looks forward to the future development trends of automation and green unloading, highlighting their potential to further enhance sustainability and productivity within the supply chain.
This paper provides an in-depth analysis of the strategic importance and operational dynamics of the Kamalapur Inland Container Depot (ICD) in Dhaka, Bangladesh, within the context of the country's overall maritime port system. It highlights the crucial role of this inland port in alleviating pressure on Chittagong Port, facilitating trade in the Dhaka region, optimizing logistics supply chains, and supporting inland economic development. The paper concludes by suggesting future data analysis and development prospects for the ICD.
This article provides a concise and easy-to-understand guide to cargo tracking. It focuses on how to quickly query the current location, historical transportation trajectory, and estimated time of arrival of goods using the container number or bill of lading number without logging in. The aim is to help users easily grasp the dynamics of cargo transportation and improve logistics management efficiency. It empowers users to stay informed about their shipments and optimize their supply chain operations.
This article explains the concept of CBM (Cubic Meter), a commonly used volume measurement unit in international freight, and its application in air freight and LCL (Less than Container Load) shipping. Understanding how to calculate CBM helps shippers estimate transportation costs and optimize cargo packaging, thereby effectively reducing logistics expenses. It's crucial for efficient planning and cost management in global trade, enabling businesses to make informed decisions regarding shipment size and packaging strategies to minimize freight charges.
This article summarizes four main transportation modes—maritime, road, air, and rail—highlighting their respective advantages and disadvantages to assist businesses in making optimal choices in a constantly changing global logistics environment. By flexibly utilizing different modes, companies can not only optimize costs and delivery times but also enhance operational efficiency and customer satisfaction.
