Warehouse software and smart warehouse design
Whether warehouse software or an optimal warehouse design, each pallet in the warehouse inventory system should have a unique identifier, such as an inventory tag, for warehouse management efficiency. This allows you to track each pallet individually and monitor its movement through the smart warehouse zones with the help of Bluetooth asset tracking tags and RTLS software.
An RTLS warehouse Inventory Management System can help you track inventory pallets in real time, monitor inventory levels, enable easy stock take, perform daily cycle counting, and optimise storage and picking processes as part of an effective smart warehouse design. The warehouse inventory management system integrates with the pallet tracking system to ensure accurate and up-to-date information.
Bridging the gap with digital twin warehouse management
As global supply chains grow in complexity, the traditional static view of a warehouse is no longer sufficient. Combining digital twin technology with a real-time location system moves smart warehouse design from a reactive search process into a proactive optimisation exercise.
A digital twin is a virtual replica of your physical warehouse environment, updated in real time by IoT sensors. By deploying Bluetooth Low Energy mesh networks, facility managers can move beyond simple dot-on-a-map tracking. This spatial intelligence allows a smart warehouse design to:
- Simulate workflow bottlenecks: test changes in rack layouts or picking routes in the virtual model before moving a single pallet
- Anticipate environmental risk to inventory: by layering temperature, humidity, and vibration data over the digital model, the system identifies micro-climates within a facility that could compromise sensitive stock
- Optimise dynamic slotting: use real-time movement data to suggest the most efficient placement for fast-moving stock keeping units, reducing forklift travel time
Unlike traditional RFID gate-scans that only show the last known location, a digital twin built on continuous RTLS visibility creates a single source of truth for WMS and ERP systems, reducing the data silos that lead to stock discrepancies and manual cycle counts.
Proper training in pallet labelling and tracking
We assist in developing standard operating procedures for pallet tracking as part of smart warehouse design, including how to label pallets, how to input data into the tracking system, and how to handle exceptions or discrepancies.
Proper training is crucial for effective warehouse pallet tracking using warehouse management software. Staff need to understand the pallet tracking system and how to use any associated technology, such as Bluetooth indoor positioning or equipment tracking beacons.
Indoor RTLS helps monitor the movement of inventory pallets throughout a smart warehouse and ensures they are stored and handled correctly.
Pallet sizes in smart warehouse design
- 48 x 40 inches is the most common pallet size used in the United States. It fits through standard doorways and is compatible with most equipment, including forklifts.
- 42 x 42 inches is often used in grocery and retail settings for shipping products such as bags of produce or beverages.
- 48 x 48 inches is commonly used for bulk items or products that need a larger surface area.
- 36 x 36 inches is often used in smaller warehouses or for shipping lightweight products.
- 40 x 48 inches is similar to the standard 48 x 40 pallet, but often used for automotive and paint industry products.
- 48 x 96 inches, a longer pallet size, is commonly used for shipping longer products such as lumber or pipes.
Smart warehouse design and rack placement
Warehouse design is a complex process that requires careful consideration of the size and shape of the facility, the types of products stored, and the flow of materials and people throughout the space. A few key practices to keep in mind for rack placement:
- Know the dimensions and weight of the products to be stored before designing a racking system. This determines the spacing between racks and the weight capacity of each rack.
- Use building height efficiently. Consider how high products can be safely stacked while maintaining accessibility and safety. Pick-to-light systems help with locating inventory pallets quickly once racking is finalised.
- Keep aisleways wide enough to accommodate forklifts and other equipment, and keep them marked and free of obstructions. Forklift tracking helps prevent accidents and makes it easier for workers to navigate the warehouse.
- Standardise racking components to simplify the design process and make the system easier to maintain and repair, while also enabling pump motor monitoring where relevant.
Call us to know more about RTLS warehouse design, smart warehouse building design, worker tracking, and inventory management solutions.