Storage space monitoring in the warehouse
Efficient storage space monitoring in the warehouse
Modern warehouse logistics relies on automated systems to monitor storage locations in order to optimize transparency, space utilization and material flow. Storage space monitoring is primarily used to reliably and precisely record the occupancy status of storage spaces. This ensures efficient use of warehouse capacity and storage and retrieval processes, as well as replenishment control, can be carried out much faster. Various technologies are used: distance sensors record occupancy to the centimetre, camera systems analyse visual data (AI-supported), RFID and barcode systems automatically document movements, and IoT solutions enable real-time visualization via cloud platforms. In addition, pressure sensors or drones, for example, provide flexible recording options - depending on the warehouse structure and degree of automation. The mounting for storage space monitoring can be carried out via the ceiling above the storage spaces, shelves or walls, as well as via mobile carriers or integration into the shelves. The choice of the right solution depends on the individual requirements in terms of precision, scalability and integration into existing processes.
Storage space monitoring in the warehouse - Solves the following Problems!
Select one of the problems. You will receive instructions that you can use to calculate optimization potential.
Errors in the Master Data
Loss of Load Carriers
Laying & Circulation Times
Understocking or Overstocking
Intransparency of Empty Stocks
Storage space monitoring in the warehouse - Find the Right Offering for You
Select products and receive detailed information. You can use the platform to contact product suppliersStorage space monitoring in the warehouse - The Solution can be Combined with the Following Solutions
Here you can find solutions, which can be combined with the presented solution.
Manual Pallet Racking System
- Especially for the storage of pallets
- Consist of vertical uprights, traverses and supports
- Simple construction for manual storage
Mobile Pallet Racking
- Increase in storage capacity without structural expansion
- Use for slow movers
- Achieving a high degree of volume and area utilization
Channel Storage System
- High degree of space utilization
- Increase in incoming and outgoing goods movements
- Spatial separation of replenishment and commissioning
FIFO Buffer
- Sequential buffering
- Decoupling of production steps and support for the pull principle
- Simple integration into existing systems
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Storage space monitoring in the warehouse - The Following Solutions can also Solve the Pain Point
Here you can find other solutions, which are suitable for the optimization of the pain points (Errors in the Master Data) as well as variants of the current solution.
Freight cost optimization
- Creating transparency for freight rates, contracts and tariffs
- Data-based analysis of potential savings in transportation
- Simple reporting thanks to harmonized transport and cost master data
Task Mining
- Analysis of real usage directly on the desktop - independent of systems
- Recognizing inefficiencies and harnessing unused potential
- Objective and data-based foundation for process analyses
Digital learning platform for employees in logistics
- Efficient onboarding and training
- Interactive learning content for employees
- Ready-made or customized training content
Automated Stocktaking
- Reduction of manual errors
- Relief for staff
- Reduction of costs and time for stocktaking
