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25.07.2025 19:23
Efficient logistics processes are the backbone of successful companies. Continuously improving these processes is not a one-time task, but an ongoing challenge that requires strategic thinking and a systematic approach.
Anyone looking to optimise their logistics processes must take various factors into account – from analysing existing procedures to implementing new technologies and embedding improvements sustainably into day-to-day operations.
Optimised Logistics Processes Are Essential
The importance of optimised logistics processes can hardly be overstated. In a market environment characterised by increasing competitive pressure, rising customer expectations, and volatile supply chains, efficient operations determine success or failure.
Companies that optimise their logistics processes benefit from reduced costs, shorter lead times, and higher customer satisfaction.
The need for optimisation stems from several factors. On the one hand, inefficient processes lead to unnecessary costs due to empty runs, excessive inventory, or time-consuming manual tasks. Studies show that in many companies, up to 30 percent of logistics costs are caused by inefficient processes. On the other hand, customers today expect fast, reliable, and transparent deliveries. Digitalisation has fundamentally changed expectations – what was considered fast yesterday is now seen as the standard.
In addition, legal requirements and sustainability goals force companies to rethink their logistics processes. Reducing CO₂ emissions, complying with working time regulations, and ensuring traceability of goods are just some of the challenges that modern logistics departments must face.
At the same time, optimisation also presents opportunities: more efficient processes not only lead to cost savings but can also improve job satisfaction by reducing monotonous or physically demanding tasks.
How Can Logistics Processes Be Assessed for Efficiency?
Before companies can optimise their logistics processes, they must first capture and evaluate the current state. A systematic analysis is key to identifying potential improvements. However, many companies underestimate both the effort involved and the importance of this analysis phase, which can later result in suboptimal solutions.
Process Analysis and Data Collection
The first step is to record all relevant processes in detail. This includes documenting goods receipt, storage, order picking, packing, and shipping. Modern analysis methods use data from Warehouse Management Systems (WMS), Enterprise Resource Planning (ERP) systems, and other digital sources.
The process recording should consider various perspectives. In addition to pure data analysis, on-site observations and discussions with the employees involved are essential. In practice, deviations from the documented processes often become apparent, providing valuable clues for potential improvements. Seasonal fluctuations and peak loads should also be taken into account in the analysis to obtain a complete picture.
Key performance indicators (KPIs) for assessing efficiency include:
- Lead times for individual process steps
- Error rates in order picking
- Inventory turnover rate
- Utilisation of transport capacity
- Cost per shipment or order line
- Employee productivity
- Complaint rates
Weak Point Analysis and Benchmarking
After collecting data, the next step is to identify bottlenecks and inefficiencies. Common weak points include unnecessary transport routes, duplicate handling, waiting times between process steps, or suboptimal use of storage space. Especially in organisations with long-established structures, processes are often in place that may have made sense historically but no longer function optimally under current conditions.
A proven tool is value stream mapping, which visualises the entire material flow and reveals non-value-adding activities. All process steps from goods receipt to dispatch are graphically represented and evaluated in terms of their value contribution. In addition, employee surveys can be conducted, as staff often provide practical suggestions for improvement. Benchmarking against industry standards helps to realistically assess one’s own position.
How Can Logistics Processes Be Optimised?
Once the analysis is complete, the actual optimisation begins. Companies aiming to optimise their logistics processes should take a structured approach and consider various starting points. The choice of appropriate measures depends on the specific challenges of each company.
Technological Solutions and Automation
Digitalisation offers a wide range of opportunities for process optimisation. Automated storage systems, driverless transport systems, and robotics can take over repetitive tasks and increase efficiency. Warehouse Management Systems optimise storage allocation and routing, while Transport Management Systems improve route planning.
A particularly interesting approach for in-house logistics is the use of pneumatic tube systems, such as those offered by Air-Log. These systems allow for the fast and secure transport of smaller items within buildings or building complexes. In hospitals, they are used to transport blood samples, medication, or documents; in industry, they can move samples or small components. The advantage lies in their high speed – up to 8 metres per second – and the system’s reliability. Through automation, staff are relieved of transport tasks and can focus on value-adding activities.
Modern pneumatic tube systems are equipped with intelligent controls that can prioritise deliveries and avoid congestion. The integration of RFID technology also enables seamless tracking of each shipment. For companies with extensive internal transport needs, the investment can quickly pay off.
Process Optimisation and Lean Management
In addition to technological solutions, organisational measures also play a key role. Lean management principles help eliminate waste and streamline processes. This often begins with redesigning the warehouse layout to shorten travel distances and improve clarity.
The implementation of standardised work processes ensures consistent quality and reduces error rates. Employees should be actively involved in developing these standards to create practical and widely accepted solutions. Cross-docking is another example of a process innovation in which incoming goods are prepared directly for onward transport without being stored in between.
Employee Training and Change Management
Even the best technology is of little use if employees are not properly qualified and motivated. Training and professional development are therefore essential components of any optimisation initiative. Change management plays a crucial role in the successful implementation of optimisation measures. Open communication about the goals and benefits of optimisation, as well as involving employees in the change process, are important success factors.
Establishing Continuous Improvement
Companies that are successful in the long term understand that optimising logistics processes is a continuous effort. Introducing a systematic improvement management approach ensures that optimisations have a lasting effect and that new potential is identified on a regular basis.
This includes establishing regular review processes in which KPIs are monitored and deviations analysed. A structured suggestion system encourages employees to contribute improvement ideas. Regularly reviewing new technologies and methods is also important to avoid falling behind in developments.
Sustainable Optimisation Requires Holistic Thinking
Companies looking to optimise their logistics processes are faced with a complex but rewarding task. The key to success lies in a systematic approach that includes analysis, implementation, and continuous improvement. Technological innovations are just as important as organisational measures and employee involvement.
For many companies, it may make sense to rely on external expertise and specialised solutions during this process. Providers such as Air-Log offer valuable support through their many years of experience in implementing tailored solutions. Particularly in the area of internal logistics, modern pneumatic tube systems can deliver significant efficiency gains. With over 30 years of expertise and a presence in more than 39 countries, Air-Log offers proven systems that integrate seamlessly into existing logistics processes. These systems are customised to the specific requirements of each company.
Investing in optimised logistics processes pays off in the long term – through reduced costs, higher customer satisfaction, and improved competitiveness. At a time when supply chains are increasingly recognised as a strategic success factor, continuous optimisation is not a luxury but a necessity for sustainable business success.