Robotisation in logistics - the key to efficiency and competitiveness

Estimated reading time: approx. 8 minutes

TL;DR

• Robotisation in logistics improves warehousing, packaging and transport processes.
• With robots, order processing times can be reduced, errors can be reduced and safety can be improved.
• Technologies such as AGVs, AMRs and cobots are also becoming increasingly available to smaller companies.
• Implementing automation requires a good plan and an experienced partner.
• Thoughtful robotisation enables rapid scaling and flexibility of operations in a dynamic market environment.

Table of contents

• Introduction
• What is robotisation in logistics and why is it important?
• Areas of application for robots in logistics
• Benefits of robotisation in logistics
• How to implement robotisation in logistics step by step
• Case studies and market trends
• Practical tips and a summary
• FAQ

Introduction

Robotisation in logistics is sweeping into businesses around the world. Faced with increasing consumer demands and dynamically changing supply chain processes, companies are increasingly turning to modern technology to remain competitive and optimise costs. Robotised solutions in the areas of warehousing, shipping or order complimentation are becoming an essential part of the development strategies of both larger establishments and smaller companies that want to be better prepared for the continued growth of the e-commerce market and customer demands for on-time delivery.

In this article, we will discuss the key aspects of robotisation in logistics - from basic definitions and application areas, to the benefits of robot deployment, to practical step-by-step guidance on how to prepare for the automation of logistics processes. We will also provide examples of current trends and solutions that are already defining the future of logistics today. From reading, you will learn why robotisation is a key investment for the efficiency, safety and scalability of logistics operations.

If, after reading this article, you are interested in introducing robotic solutions in your company, be sure to take a look at Michale Automation's services. We specialise in machine building, implementation of robotic production workstations and comprehensive industrial automation. As an official distributor of SIASUN robots, we combine innovation with many years of experience - so we can offer optimal solutions for almost any industry, including the area of logistics.

What is robotisation in logistics and why is it important?

Robotisation in logistics is the process of replacing or supporting human labour in the supply chain with machines and robots designed for a variety of tasks. Most often this involves repetitive tasks that require precision or involve lifting and carrying heavy loads. In logistics, robots can perform a wide range of functions, such as picking orders, transporting goods in a warehouse or packing and palletising products before shipping.

The importance of robotisation in logistics is steadily increasing. The reason for this is the constant pressure to reduce lead times (especially in e-commerce), as well as increasing competition in the global market. Robots operate 24 hours a day and do not make human errors related to, for example, fatigue. In addition, the optimisation of logistics processes through automation leads to:

• Reducing order processing times.
• Reduce picking and shipping errors.
• Increase the productivity of any logistics department.
• Improved occupational safety (robots may be engaged in hazardous or monotonously repetitive activities).

Robotisation in logistics is no longer the preserve of large corporations alone - it is also increasingly being implemented in medium-sized and smaller production facilities. The growing popularity of technologies that automate logistics processes is also a result of their increasing availability and the possibility of quickly adapting them to the company's specific requirements.

Areas of application for robots in logistics

The implementation of robots in logistics covers thousands of possible usage scenarios. It all depends on the needs of the company in question, the warehouse space or the type of goods stored and transported. Below are the most common areas of application in which robots play a key role.

Warehouse automation

In a robotic warehouse, mobile robots (AGV, AMR) and pallet conveyor systems quickly transport loaded pallets between zones. This makes it possible to manage the flow of goods efficiently and reduce errors. It also allows full use to be made of the available space, as automatically controlled trolleys (or robots moving along a specific track) can manoeuvre precisely in narrow aisles.

Order picking

Robots and cobots in the order picking process often work together with a human who performs more complex tasks - such as selecting specific items from a number of different variants. The robot can transport containers of products to the human workstation or pick the products itself if they are standardised. The result is faster and more precise preparation of goods for shipment.

Packaging and labelling

Another stage of logistics that lends itself well to robotisation is the packaging and labelling of products. Robots can assemble packages, place products in them, layer dividers and apply address labels or barcodes. In the case of sensitive goods (e.g. from the food or pharmaceutical industries), they ensure the stable quality of product protection against damage in transit.

Palletisation and depalletisation

Almost every logistics company faces the challenge of stacking goods on a pallet quickly and efficiently. Palletising robots can automatically pick products from a belt and place them on a pallet according to a defined pattern, making the whole task quicker and without the risk of stacking errors. Depalletisation, on the other hand, allows trucks or containers to be unloaded in a flash and goods to enter the warehouse cycle more quickly.

Internal transport and loading/unloading

Some companies are turning to robots in logistics to automate the loading and unloading of deliveries. With special robotic manipulators, the robot is able to take over the work of forklift operators, ruling out errors and reducing work accidents. Inside the company, advanced mobile robots (using laser navigation or 3D cameras) can autonomously find the optimal routes for transporting goods between departments.

Benefits of robotisation in logistics

The decision to implement robotisation in the logistics area is not just a way of 'following a trend'. It is an investment that generates a number of benefits that translate realistically into costs, safety and quality of order handling.

Increasing productivity and reducing costs

Robots in logistics can work without interruption, also in 24/7 mode. This is particularly important during the peak ordering season (e.g. pre-Christmas period in e-commerce), when the demand for fast picking and dispatching of goods increases dynamically. The lack of the need for regular interruptions translates into higher productivity of the warehouse line and, consequently, shorter lead times and more customers served.

Efficiency is directly linked to cost reduction. Automation allows:

• Reducing costs associated with human errors (e.g. picking errors).
• Minimise the risk of downtime due to unavailability of staff.
• Reducing the number of accidents at work, which affects insurance and benefit costs.

Improving quality and safety

The quality of service in logistics often determines how a brand is perceived by end customers. Robots performing repetitive tasks have high repeatability and minimise the likelihood of damage to goods. Their work is precise and stable, whether labelling, packaging or palletising heavy packages.

Another major benefit is human safety. Instead of manually handling heavy parcels, risking spinal and other injuries, workers can focus on tasks that require supervision, quality control or planning. Robots take over monotonous or dangerous activities, reducing the frequency of accidents.

Scalability and flexibility of processes

Logistics companies often face seasonal fluctuations in demand, leading to dilemmas regarding staffing and resources. One of the advantages of robotisation is the ease of scaling processes up or down. Robots can be reprogrammed, adapted to new tasks or their functionality can be extended with additional modules (e.g. grippers for other types of goods).

This flexibility also allows rapid adaptation to changes in product range or packaging methods, which is crucial when a company is launching new products.

How to implement robotisation in logistics step by step

The implementation of robotisation in logistics requires a careful plan and cooperation with an experienced partner. Michale Automatyka, the official distributor of SIASUN robots, supports entrepreneurs at every stage of implementation - from needs analysis to servicing the finished production line. What does such a process look like?

1. Analysis of business needs and objectives
   • Examine which stages of the supply chain are the most time-consuming or error-prone.
   • Defining key indicators (e.g. increased productivity, cost reduction, reduced staff shortages).
2. Consultation with implementing partner
   • Expert support to help choose the right robotic solutions.
   • Definition of the scope of work and implementation schedule.
3. Design and simulations
   • Development of a detailed design of the robotic workstation, taking into account the map of the warehouse, type of products and ergonomics.
   • Tests in a virtual environment to anticipate potential problems and optimise the process.
4. Implementation and integration of systems
   • Installation of robots and components (e.g. vision system, safety sensors).
   • Integration with an existing warehouse management system (WMS) or ERP system.
5. Final testing and team training
   • Commissioning of the robotic line assisted by specialists.
   • Training of employees in robot operation and maintenance.
6. Monitoring, optimisation and service
   • Constantly monitoring the effectiveness of the robots and implementing modifications where necessary.
   • Regular maintenance in line with the manufacturer's requirements.

To find out more about our full range of services, please check our offer:

• Automation and robotics at Michale Automatics - find out more about our comprehensive solutions.
• Robotisation of packaging - if you want to reduce packaging time and labour costs for shipping.

Case studies and market trends

Example implementation in an e-commerce distribution warehouse

In one of the projects carried out by Michale Automation in the e-commerce industry, the goal was to instantly complete up to several thousand orders per day. Collaborative robots (cobots) were implemented to simplify the picking and packing process. Thanks to the installed vision sensors, the robots picked the right products and the built-in weighing systems prevented mistakes related to packaging size.

Effects:

• 30% to reduce order handling times.
• 99% reduction of errors in parcel picking.
• Increased safety for workers who no longer had to carry heavy cardboard boxes.

Future prospects

In the next few years, we can expect to see further developments in robotisation in logistics, especially in areas such as:

• Mobile robots (AMR) - enabling autonomous and safe navigation in warehouses full of people and machines.
• Vision systems based on artificial intelligence (AI) - speeding up goods sorting processes by automatically recognising packaging and labels.
• Integration with ERP, MES and WMS systems - giving real-time insight into warehouse status, automatic planning of delivery routes and dynamic optimisations.
• Next-generation cobots - providing even greater levels of safety and human collaboration.

This trend will not bypass smaller warehouses either, where flexible robotic solutions will allow increased productivity even with limited resources. As a result, technology that was previously mainly available to large corporations is also becoming affordable for medium and small businesses.

Practical tips and a summary

1. Recognise the processes most prone to time loss and errors. Starting by automating the most taxing stages (e.g. packaging, palletising, internal transport) quickly generates real improvements in productivity and quality.
2. Prepare well for implementation. Create a detailed plan including a cost analysis, ROI, as well as infrastructure requirements (e.g. storage space, power supply to stations, compatibility with current IT systems).
3. Choose a trusted partner. Implementing robotisation in logistics is a complex process, requiring knowledge of mechanics, programming, safety or IT systems integration. Benefit from the participation of experts from Michale Automatyka, who have numerous implementations in Poland and are the official distributor of SIASUN robots.
4. Plan staff training. New developments require a change in procedures and staff skills. This will help you avoid downtime, quickly identify any faults and ensure that the system is properly maintained.
5. Don't forget about service and maintenance. Regular maintenance and checking for wear and tear on parts is key to reliable robot operation. We encourage you to familiarise yourself with our services service and maintenance of robot workstations - we will help to maintain production continuity and avoid unplanned downtime.
6. Extend automation into further areas of the logistics process. Once the core tasks have been automated, think about integrating robots with AI systems or implementing Industry 4.0 solutions to gain real-time data insights and respond dynamically to changes in demand.

Remember that robotisation is an investment not only in machines but, above all, in the effective management of processes and people - because it is supposed to give employees support, not replace them.

Summary

Robotisation in logistics is no longer just a trend, but often a necessity in order to meet increasing expectations in terms of timeliness and quality of order handling. Automation in the areas of warehousing, packaging and palletising, as well as in the internal transport of goods, increases efficiency and reduces errors. As a result, companies are able to adapt faster to market requirements and remain cost-competitive.

The key benefits of robotisation in logistics are:

• Significant reduction in order picking and despatch times.
• Reducing errors and accidents in the workplace.
• Full scalability and flexibility in the choice of functionality.
• Improving working and safety conditions for staff.

If you are thinking about implementing robotics solutions in logistics, contact the experts at Michale Automation. Check also our services, to find out how we can tailor robots and entire industrial automation solutions to your company's needs.

We encourage you to continue reading our blog articles to learn in detail about robotisation processes in other manufacturing areas, and to subscribe to our newsletter, where we share information about the latest technologies and trends in robotics on a regular basis. Share the article on social media and help us spread the word about the benefits of automation in logistics - it's a future worth exploring today.

FAQ

How long does it take to implement automation in logistics?
The implementation time depends on the complexity of the processes and available resources. It can range from a few weeks for simple solutions to several months for extensive projects and large integrations.

Does automation mean redundancies?
Usually no. Robotisation in logistics allows employees to focus on creative and supervisory tasks. Machines take over repetitive and often physically taxing work, and companies can train staff for more advanced tasks.

Does robotisation only pay off for large companies?
Today, more and more small and medium-sized companies are choosing to implement robots. Modern technology and modular solutions mean that costs are reduced and the investment can also pay off for smaller operations.