The automation of logistics processes has gone from being a mere trend to becoming a reality in warehouses that need to deliver more, with fewer errors, and in less time.
Manual processes accumulate hidden costs: rework due to inventory discrepancies, delays in picking, inefficient use of space, and overload in repetitive tasks.
THE Automation replaces manual activities with integrated systems. that operate with precision, traceability, and speed. But it's not just about buying equipment; it's also about transforming the operation, connecting structures, technology, and processes in a continuous flow.
In this article, you will understand what characterizes the automation of logistics processes, what advantages it delivers, how to evaluate ROI, and when it makes sense to invest.
What is logistics process automation?
Automation of logistics processes is the application of technologies to perform warehousing tasks, Automating the handling, sorting, and shipping of goods, reducing manual intervention and increasing efficiency.
Automation occurs at three main levels:
- Software automation: WMS systems that control inventory, addressing, picking, and shipping in an integrated way.
- Movement automation: stacker cranes, satellite cars, conveyor belts and AGVs that move cargo without human intervention.
- Identification automation: RFID, barcode readers, and sensors that track products in real time.
The more repetitive the process, the greater the potential for automation. The more integrated the systems, the greater the gain in productivity.
What are the main advantages of logistics automation?
Reducing errors in storage.
THE Automation eliminates common mistakes. Issues such as incorrect addressing and inventory discrepancies can be addressed. With automatic readers and real-time validation by the WMS, the operation gains precision, fewer returns, and reliable inventory information.
Increase productivity without expanding the team.
Automated systems operate 24 hours a day without breaks or performance variations. The operation processes more orders without hiring more people, and the team focuses on strategic functions such as exception management and indicator analysis.
Better use of physical space
Stacker cranes and mobile platforms They allow for storage in height and depth. It is possible to increase capacity without expanding the built area, reducing real estate costs and improving inventory density.
Real-time traceability and visibility
Integration with management systems offers complete tracking of every transaction, enabling faster decision-making and facilitating audits.
Reduction of operational costs
Although the initial investment is significant, the Automation reduces labor costs., Energy waste, wasted space, and losses due to errors. When properly designed, it delivers a consistent financial return.
How to calculate the ROI and payback of logistics automation?
ROI (Return on Investment) measures the percentage return on investment:
ROI = [(Total Gain – Initial Investment) / Initial Investment] x 100
Example: Automation of R$ 500 thousand that generates savings of R$ 800 thousand in 3 years = ROI of 60%.
Payback measures the time it takes to recover the investment.
Payback = Initial investment / Average annual return
Example: Investment of R$ 500 thousand with annual savings of R$ 250 thousand = payback in 2 years.
In logistics operations, payback periods of less than 24 months are considered attractive.
Factors that influence ROI and payback:
- Type of technology (stacker cranes, satellite vehicles, conveyors, AGVs)
- Integration with WMS and management systems
- Inventory turnover and movement volume
- Reducing errors and rework.
- Savings in labor, space, and energy.
When does automating logistics processes make sense?
The decision should be based on objective criteria:
- Handling volume exceeding 10,000 boxes per shift.
- Required accuracy greater than 99%
- Limited space with no possibility of expansion.
- Sustained growth without proportionally increasing the workforce.
- High complexity (multiple SKUs, high turnover, strict traceability)
- High operational costs due to labor, rework, and errors.
Practical examples of logistics automation
- Stacker cranes: They automatically move pallets in narrow aisles with millimeter precision and full integration with WMS. Ideal for high volume and density storage.
- Satellite cars (shuttle): They store multiple pallets in depth (FIFO or LIFO), reducing forklift movement.
- Conveyor belts: They connect different areas (receiving, picking, shipping) seamlessly, speeding up flow and reducing bottlenecks.
- Integrated WMS: It manages the entire operation (receiving, addressing, inventory, picking, shipping). When integrated with automated equipment, it coordinates tasks and generates real-time indicators.
- AGVs (autonomous vehicles): They transport cargo between pre-defined points, following programmed routes. They reduce the need for manual forklifts and increase safety.
How to avoid mistakes when implementing logistics automation?
- Automate before optimizing.Inefficient automated processes only accelerate the problem. Map out workflows and standardize them before investing.
- Choosing technology without evaluating its operation: Each operation has its own characteristics. The solution must be customized, not copied.
- Ignore integration with existing systems.Automation only delivers complete results when integrated with WMS and ERP systems.
- Underestimating maintenance and support: Automated systems require preventative maintenance and agile support to ensure continuity.
FAQ – Frequently asked questions about logistics process automation
- What is the average payback period for logistics automation?
In well-designed operations, the payback period typically ranges from 18 to 36 months, depending on the volume of movement, level of automation, and savings generated in labor and space.
- Does automation completely replace the operational team?
No. Automation reduces the need for manual labor in repetitive tasks, but the team remains essential for management, exceptions, maintenance, and indicator analysis. The focus shifts from execution to strategic supervision.
- Is it possible to automate only part of the operation?
Yes. Automation can be implemented in stages, starting with critical areas such as order picking or pallet handling, and expanding as the return on investment proves effective.
- What technologies are essential to begin automating?
The WMS is the foundation. Without a robust management system, any physical automation loses efficiency. From there, the choice of equipment (stacker cranes, conveyors, AGVs) depends on the operation's profile.
- How do I calculate if automation is worthwhile for my operation?
Assess the volume of movement, current error rate, labor costs, space limitations, and growth prospects. A specialized technical diagnosis helps to accurately project ROI and payback.
- Does automation work in small warehouses?
Yes, but the type of automation should be proportionate. Small warehouses can benefit from WMS, conveyor belts, and automated picking systems without needing stacker cranes or complex structures.
More than just storage, automation that transforms operations into a competitive advantage.
Automate processes Logistics aims to build a more predictable, efficient operation, prepared for sustainable growth.
Companies that invest in well-planned automation reduce costs, eliminate bottlenecks, and gain the flexibility to meet growing demands.
The secret lies in aligning technology, structures, and processes in an integrated way, with precise technical diagnosis and a focus on real return.
At Bertolini Storage Systems, we develop customized automation solutions, taking into account the layout, logistics flow, and operational objectives of each client.
Want to understand how automation can increase efficiency and generate up to 50% in savings in your warehouse? Request a customized, free project from our experts..
