Jungheinrich Agvs Boost Automation in Manufacturing Efficiency

Jungheinrich Agvs Boost Automation in Manufacturing Efficiency

Jungheinrich introduces two AGVs, the EZS 350a NA and EKS 215a, to help companies upgrade their automation, improve material handling and warehousing efficiency, realize human-machine collaboration, and promote intelligent transformation. These AGVs offer solutions for optimizing internal logistics processes, reducing operational costs, and increasing throughput. By automating repetitive tasks, businesses can free up human resources for more strategic activities, ultimately driving productivity and competitiveness in the modern marketplace.

01/19/2026 Logistics
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Shipping a Car from Italy to China Costs and Timelines Explained

Shipping a Car from Italy to China Costs and Timelines Explained

This article provides a detailed analysis of the transit time for shipping vehicles from Italy to China, comparing the advantages and disadvantages of FCL (Full Container Load) and LCL (Less than Container Load) shipping. It reveals the key factors influencing shipping time and offers practical advice for shortening transit times. This helps you understand the time cost of sea freight, saving you time and effort.

02/02/2026 Logistics Encyclopedia
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Schneider Intermodal Addresses Rising Detention Delays in Supply Chain

Schneider Intermodal Addresses Rising Detention Delays in Supply Chain

Schneider Electric's intermodal customers are experiencing a 70% surge in unloading delays, highlighting significant supply chain bottlenecks. These delays stem from a combination of factors including increased freight volumes, labor shortages, and rail congestion. Schneider plans to mitigate the issue by increasing container availability, optimizing resources, and collaborating with rail companies and customers. Intermodal is a key growth area for Schneider, committed to sustainable development, but addressing unloading delays is crucial for improving overall supply chain efficiency and maintaining customer satisfaction.

01/19/2026 Logistics Industry Insights
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Amsterdam Tests Autonomous Boats for Urban Water Transport

Amsterdam Tests Autonomous Boats for Urban Water Transport

The Amsterdam 'Roboat' project aims to develop autonomous watercraft for urban logistics, public transport, and infrastructure construction. Led by the Amsterdam Institute for Advanced Metropolitan Solutions (AMS Institute) and supported by various research institutions, the project introduces automation to transform urban waterway transportation, improve efficiency, and unlock new opportunities for urban development. The Roboat initiative envisions a future where autonomous vessels contribute to a more sustainable and efficient urban environment by optimizing the use of waterways.

01/28/2026 Logistics
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