The deciding factor: Integrated weighing technology for effective intralogistics
The LogiMAT 2026 theme, “Passion for Details”, highlights innovations that often seem inconspicuous in day-to-day operations but which, taken together, are crucial to modern, competitive infrastructures.
Embedded weighing systems are a prime example of this. Wherever goods are moved, picked, consolidated or prepared for dispatch, their weight is a decisive factor: for process quality, speed and cost-effectiveness. So why not integrate weighing into existing processes?
RAVAS Weighing Technology: Smart integration rather than separate systems
When weight data is collected directly in the vehicle or in automated systems, an additional resource is created that not only safeguards operational processes but also noticeably optimises them. In many warehouses, weighing has long been a separate operation: picking up and transporting goods, recording them on a stationary scale, then moving them on. This process costs time and brings the flow of materials to a standstill.
Modern, integrated weighing systems from RAVAS shift weight recording to where it has the greatest impact and meets the least resistance: directly into the transport process. Whether hand pallet trucks, forklift trucks, warehouse equipment, automated guided vehicles (AGVs) or autonomous mobile robots (AMRs): weighing technology becomes an integral part of smart intralogistics. This creates a continuous flow of information with seamless transitions and high transparency.
Real-time weight data for fast, reliable processes
Weight data is not merely a control parameter, but a key operational lever. It helps to detect over- or under-loading at an early stage, avoid picking errors and control replenishment processes more precisely. This means that crucial information is available immediately within the workflow, rather than only at the end of a process step
Deviations become apparent earlier, and corrections can be made immediately. This reduces the error rate and prevents inaccuracies which, in the worst case, can accumulate across subsequent processes and ultimately lead to complaints or returns.
Furthermore, companies gain a valuable layer of data for analysis, control and automation. Weight data from mobile weighing technology can be consolidated with other process data and fed into warehouse management systems, material flow computers or digital control centres. In this way, individual measurement values become a crucial component of data-driven intralogistics.
Integrated weighing on the scales of ROI
The economic benefits of integrated weighing systems are particularly evident in day-to-day operations: From reducing picking errors and associated costs to boosting customer satisfaction. At the same time, travel distances and walking routes, as well as the productivity of people and machines, can be optimised by significantly reducing unnecessary movements within the warehouse overall. The material flow becomes leaner, smoother and more efficient.
In the context of invoicing, precise live data delivers greater accuracy. Immediate and reliable batch weight recording enables reliable invoicing with minimal correction effort. Last but not least, asset utilisation also increases: vehicles and automated systems are no longer slowed down by weighing stopovers. This streamlines processes, reduces downtime and improves overall equipment effectiveness.
What do minor deviations in the picking process mean on a larger scale?
Order picking: understanding errors and hidden costs
How much time is wasted driving to a fixed weighbridge?
Weighing time: identifying unnecessary movements
What impact do small weight variations have on your invoicing?
Invoicing: insight into discrepancies due to weight
Strategic basis for decision-making regarding AGVs and AMRs
Integrated weighing technology is gaining strategic importance when it comes to AGVs/FTS and AMRs. Automated environments give weight even greater significance: not merely as a measured value, but as a key basis for decision-making. With reliable real-time data, systems can act intelligently and dynamically, verify loads, adjust routes or approve process steps.
This makes weight a fundamental building block of autonomous intralogistics and supports the system-wide optimisation of material flows. In conjunction with further sensor and process data, this results in a comprehensive digital representation of real-world warehouse operations, extending all the way to the digital twin. Those who make intelligent use of this detailed data create the conditions for a high degree of automation and robust, adaptive logistics processes.
Details that carry weight
The LogiMAT 2026 motto is more than just a catchy slogan. As a signpost, it clearly indicates the direction in which the industry is developing: from isolated individual solutions towards intelligently networked features.
Embedded weighing systems clearly demonstrate this: a seemingly minor detail that becomes a decisive performance lever. Just how effective this lever is in a specific application can be calculated precisely: RAVAS provides the ROI calculator as a specialised calculation tool with different focus areas for this purpose.