What Is Intralogistics?

Intralogistics encompasses the movement of goods, raw materials and information within a company’s internal operations—from goods receiving and warehousing to order picking, internal transport and dispatch. ALWARK designs and implements intralogistics solutions, including automated warehouses, robotic forklifts, vertical storage systems, Warehouse Management System (WMS) software, and their seamless integration.

ALWARK helps businesses automate warehousing, material handling, order picking and inventory management processes – from initial analysis and solution design to system implementation and ongoing service support.

“Metawood” Warehouse: From Chaos to Order
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“Metawood” Warehouse: From Chaos to Order

Warehouse Automation Technologies

Different warehouse operations require different automation solutions. ALWARK designs and implements tailored intralogistics systems, ranging from vertical storage solutions and Warehouse Management Systems (WMS) to robotic forklifts and automated order fulfilment solutions.

Wide selection of equipment

Wide selection of equipment

From forklifts to cranes – everything from a single source.

Tailored to your needs

Tailored to your needs

From forklifts to cranes – everything from a single source.

Service throughout Lithuania.

Service throughout Lithuania.

46 mobile units – we will reach you within 24 hours*

Only top-class manufacturers

Only top-class manufacturers

Quality trusted worldwide.

Need help choosing the right equipment?

Which Warehouse Processes Can Be Automated?

Many repetitive warehouse processes can be automated—from goods receiving and internal transport to storage, order picking, inventory management and dispatch. The right intralogistics solutions help reduce manual labour, maximise warehouse space utilisation and ensure faster, more accurate material flow throughout the warehouse.

Depending on warehouse operations and the type of goods being handled, businesses can implement automated storage systems, vertical storage systems, robotic forklifts, Warehouse Management Systems (WMS), or specialised automated storage and production solutions for metal products.

It is important to note that warehouse automation does not necessarily require a complete warehouse transformation. In many cases, the greatest benefits can be achieved by automating a single process—typically the one that consumes the most time, requires the most labour, or is most prone to errors.

When Should a Business Automate Its Warehouse?

Warehouse automation becomes particularly valuable when growing business volumes begin to expose the limitations of existing processes. These challenges may include labour shortages, increasing error rates, inefficient use of warehouse space or slow material flow.

Automation is worth considering if:

  • Warehouse space is limited or not being utilised efficiently.
  • Employees spend significant time searching for goods or performing internal transport tasks.
  • Order picking or inventory errors are becoming more frequent.
  • It is difficult to maintain consistent productivity across different shifts.
  • There is a shortage of staff for repetitive warehouse operations.
  • Warehouse capacity is no longer keeping pace with increasing order volumes.

The key to successful automation is to start with process analysis rather than selecting a specific technology. By evaluating material flows, warehouse layout, operational intensity and integration requirements, businesses can identify the solution that delivers the greatest value for their specific operations.

How to Choose the Right Intralogistics Solution?

The right intralogistics solution is determined not by a single technology, but by the requirements of the entire warehouse operation. Factors such as material flow, product characteristics, operational intensity, available space and integration with existing IT systems should all be carefully considered.

For this reason, warehouse automation should begin with a thorough analysis of operational processes rather than with the selection of specific equipment. This approach ensures that the chosen solution delivers the highest possible efficiency, scalability and long-term return on investment.