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Kommissionierlager

Also: Kommissionierlager, Pickfront, Kommissionierbereich, Kommissionier-Lager, Pickbereich, Schnellläuferzone

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In brief

A picking warehouse is a storage area specifically designed for efficient picking processes – with short travel distances, high access frequency, and targeted replenishment concepts. It differs from inventory-oriented bulk storage by its process-driven structure.

Key facts

What is a picking warehouse?

A picking warehouse is a storage area or standalone warehouse designed primarily for the fast, low-error retrieval of items for order fulfillment. The focus is not on maximum storage capacity, but on the efficiency of the picking process: short travel distances, clear slot logic, ergonomic reach heights, and smooth replenishment from reserve storage. The picking warehouse can be operated as a standalone storage tier or as a pick face within a larger storage area – for example, as a fast-mover zone for A-items that are moved particularly frequently.

How does a picking warehouse work in practice?

The foundation of every picking warehouse is a well-thought-out item classification, typically based on ABC criteria. Items with high turnover frequency are placed in the pick face, where they can be reached without long travel distances. C-items, on the other hand, can be stored in less central areas. Depending on the operation, different picking methods are used:

  • Person-to-goods: Pickers move through the warehouse and retrieve items from fixed storage locations – the classic approach in rack warehouses with aisle structures.
  • Goods-to-person: Automated systems such as shuttles, carousels, or AutoStore solutions transport bins directly to the picker's workstation.
  • Batch picking: Multiple orders are processed simultaneously to consolidate travel distances and increase picking performance.

A critical process element is replenishment: as soon as a pick location falls below a defined minimum stock level – triggered by a reorder point or the warehouse management system – it is refilled from reserve storage. The frequency and trigger of replenishment depend on the vendor and concept and must be configured individually.

What matters when designing a picking warehouse?

When planning a picking warehouse, several factors must be considered simultaneously. The item structure determines how many slots the pick face requires and which storage technology makes sense – from simple shelving systems and flow racks to fully automated small-parts warehouses. The picking strategy – whether pick-by-voice, pick-by-light, or paperless via scanner – affects error rates and training requirements. The warehouse management system must seamlessly integrate replenishment, slot management, and order control. The distinction from bulk storage is also important: the picking warehouse typically holds only the active pick stock, while the reserve warehouse buffers overall inventory. This separation enables higher picking performance but requires functioning replenishment processes as the link between the two areas.

Frequently asked questions

The picking warehouse is process-oriented and holds only the active pick stock – optimized for short travel distances and fast access. The reserve warehouse is inventory-oriented and serves as a buffer for larger quantities that are replenished into the pick face as needed.

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