When load units fall outside conventional logistics standards, warehouse design must adapt accordingly. Long, heavy, oversized or irregularly shaped loads require an engineering approach that goes beyond traditional storage concepts. In these environments, automation is more than a technological choice—it is an engineering solution that enables complex handling operations to be managed safely, efficiently and with complete control.
From the storage and handling of beams, pipes and structural profiles to industrial moulds, coils and oversized components, every solution is engineered around an integrated analysis of:
The result is an automated storage system engineered to:
In this context, the warehouse becomes a purpose-built infrastructure where structure, automation and software operate as a fully integrated system.
The automated handling of special load units requires technologies capable of accommodating non-standard dimensions, weights and handling requirements. There is no one-size-fits-all solution: each technology is selected on a case-by-case basis, according to the specific characteristics of the product, the operational flows and the business environment. This engineering-led approach ensures that storage, handling and automation systems are tailored to the real operational requirements of each application, delivering the optimal balance of performance, safety and efficiency.
Automated warehouse systems designed to handle non-standard loads in terms of length, weight or dimensions. They can be equipped with dedicated load-handling devices—such as telescopic forks, clamps or cradles—to ensure safe, stable and efficient material handling throughout the storage and retrieval process.
Dedicated storage and handling solutions for bars, tubes and structural profiles, with horizontal or vertical configurations and seamless integration with picking systems, production lines and automated material flows.
Designed for load units with substantial mass, such as industrial moulds and heavy components. Structural design and material handling technologies are engineered to ensure maximum reliability, operational safety and long-term performance.
For complex operational requirements, multiple technologies—including stacker cranes, shuttle systems and custom material handling solutions—can be integrated into a single coordinated system. This approach makes it possible to optimise storage density, accessibility and operational performance while ensuring seamless interaction between storage, handling and process flows.
A selection of projects showcasing automated warehouse solutions engineered for special load units, where structural design, handling technologies and material flow strategies are developed to manage non-standard dimensions, weights and load geometries.
Warehouse Engineering is Modulblok’s magazine dedicated to the industrial culture of modern intralogistics—an editorial platform focused on analysing and interpreting the transformations shaping today’s warehouse systems. Through technical insights, industry analysis and expert contributions, the magazine explores the technologies, operating models and specialist expertise that are redefining the role of logistics across industrial and distribution environments. The purpose is to provide a structured perspective on the industry, connecting technological innovation with the engineering principles that drive the design, performance and evolution of warehouse systems.
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