Robotisation in manufacturing and increased efficiency

TL;DR:

• Robotisation eliminates human error, shortens production cycles, provides the 100% with repeatability and 24/7 operation.
• Used in large, medium and small companies; increases efficiency, quality and flexibility of production.
• Key benefits: cost reduction, fast changeovers, stable quality, faster response to changes in demand.
• Cobots - flexible, easy to program, for short/medium runs; industrial robots - faster, more efficient, for high-volume production.
• Cost: cobot ~€15,000+, industrial robot from €15,000-18,000; integration increases cost by 60-100%.
• ROI: from <6 months. (continuous mode) to 12-14 months. (one shift).
• Main applications: packaging, assembly, quality control, logistics.
• Michale offers full integration: analysis, design, implementation, training, hardware.

Increasing competition and market demands mean that companies are looking for proven ways to increase productivity.
In our daily work, we see how robotisation in the manufacturing industry allows us to maintain high quality and reduce costs without losing flexibility. More and more factories are deploying robots to speed up processes, reduce human errors and make better use of resources - a direction that is producing real results from the very first months.

How is robotisation changing the manufacturing industry in the context of Industry 4.0?

Robotisation in manufacturing has become one of the pillars of Industry 4.0, as it combines the automation of production processes with intelligent data management.
In many plants, we observe that the implementation of robots eliminates human error, shortens production cycles and increases the repeatability of operations to 100%. This allows production lines to run continuously without compromising quality, which directly translates into increased efficiency and competitiveness.
The key point is that these benefits are not exclusive to large factories. More and more medium-sized and smaller companies are successfully implementing robotisation with solutions tailored to their needs. For more information, please visit our subpage dedicated to robotisation.

How does robotisation increase the efficiency and quality of processes?

Robotisation increases the efficiency of processes because it enables tasks to be performed with a speed and precision that cannot be achieved manually. Robots carry out operations at a constant pace, with no downtime due to the needs of workers, thus maintaining a predictable production rhythm.
For accuracy-intensive tasks such as welding, painting or packaging, robots offer stable quality, eliminating deviations between batches of products. Integration with vision systems and sensors additionally allows for ongoing quality control, and this reduces the cost of shortages and complaints.

What are the key advantages of robotisation over traditional manufacturing?

The main advantages are reduced operating costs, improved quality and increased production flexibility. Robots can be reprogrammed for new tasks at short notice, making it easier to adapt to changing market requirements.
Compared to traditional production, where changing the product range often requires costly line modifications, robotisation reduces changeover times and allows rapid response to customer orders.
In addition, working 24/7 with minimal supervision makes it possible to increase production volumes without having to increase the workforce, which is particularly important with rising labour costs.

How do you start the process of implementing robotisation in a manufacturing plant?

Embarking on robotisation in a manufacturing plant requires a clear strategy based on process analysis, prioritisation and choosing the right technology.
In our experience, successful projects start with an understanding of which production steps generate the greatest costs or are most error-prone. Only then can you determine whether a collaborative robot or an industrial robot is the better choice, and how you will integrate it into your existing line. It is also worthwhile at this stage to take advantage of expert consultations and take a look at the robotic workstations offered by our company, available at - robotisation in Michal.

What does the analysis of production processes look like before the implementation of robots?

Process analysis prior to robot deployment involves detailed mapping of the entire production cycle. Operation times, bottleneck locations and areas with a high proportion of human error are checked.
It is also important to establish the quality requirements and frequency of product changes, as this affects the choice of accessories and the level of automation. The technical audit also determines which processes can be fully automated and which require the flexibility of a collaborative robot.

What system elements are worth considering when planning automation?

When planning automation, it is important to consider not only the robot itself, but also the entire ecosystem of devices and components. The most commonly selected components include product-specific grippers, sensors for position and quality control, conveyors for smooth material flow, vibrating tables for workpiece orientation and vision systems for precise inspection. Incorporating these components at the design stage avoids costly rework and reduces integration time into the production line.
In practice, it is the coherence of the system that determines the full potential of robotisation.

Implementing robots yourself or working with an integrator - which to choose?

The decision between self-implementation and working with an integrator depends on the level of competence of the team, the complexity of the process and the planned business impact.
In our practice, companies with in-house engineering and automation experience can realistically reduce implementation costs, but face a higher risk of errors and longer start-up times.
The integrator, in turn, assumes responsibility for the whole - from design to service. Such a solution reduces implementation time, minimises risk and allows you to focus on production. The choice of the right path should be preceded by a thorough analysis of the processes and consultation with specialists, e.g. during meetings discussing the possibilities of robotisation in the plant.

What are the advantages and disadvantages of self-implementation of robots?

Self-implementation allows you to build competence internally and, in the long term, gives you greater independence in maintaining and modifying your systems. Initial costs can be lower, especially when using collaborative robots, which are simple to program and do not require expensive security features.
The disadvantage, however, is limited access to expertise in integration with existing lines or advanced processes such as welding or painting. Lack of experience can result in downtime and lower efficiency than expected.

What benefits does working with a systems integrator provide?

The integrator provides a turnkey solution - from concept, design, production of gripping components, integration of vision systems and operator training. Thanks to its experience from various industries, it is able to optimally select grippers, sensors or conveyors so that the process runs smoothly and safely.
It also provides documentation and certificates of compliance with safety standards, which speeds up technical acceptance. As a result, the risk of failure is lower and the time to achieve the anticipated reduction in production costs is shorter.

Collaborative versus industrial robots - what are the differences and which to choose?

The choice between a collaborative robot and an industrial robot depends on the type of production, the quality and work rate requirements and the available space.
Cobots are proving their worth in factories where rapid reconfiguration and working in the immediate vicinity of the operator is required. Industrial robots dominate where maximum productivity, repeatability and multi-shift operation are important.
Choosing the right solution is a project-specific issue. It is impossible to select the type of robot without knowing the process.

What are the differences in use, cost and capabilities of cobots and industrial robots?

Cobots are best suited to short to medium runs, in processes that require flexibility, such as assembly, packaging or quality control. They can be programmed in minutes and, thanks to built-in safety systems, often do not require protective fences. Cobot offers features for greater versatility and safety.

Industrial robots such as the model SIASUN SR25A-12-2-01, offer greater speed, lifting capacity and working range. However, they require safety features, longer programming times and more space. They work well in high-volume production, where a high number of cycles translates into a quick return on investment.

An industrial robot is a better choice when the process requires high speeds, heavier payloads and 24/7 operation, and is used in lines where quality parameters must be maintained at maximum speed, for example in welding, palletising or metalworking.
Under such conditions, its specialised design and durability allow the full potential of automation to be realised.

How much does it cost to implement robotisation and when does it pay for itself?

The cost of robotisation depends on the type of robot, the complexity of the process and the extent of integration into the existing line. The price differences between a simple cobot and a complex industrial workstation are significant, and to this must be added the cost of additional components such as grippers, vision systems or conveyors. When implementing robotisation, we analyse not only the purchase price, but also the full cost of the investment including integration and operator training.

What are the approximate costs of purchasing and integrating robots?

Buying a collaborative robot with a payload of up to 3 kg on its own is an expense from around EUR 15,000. The price increases with the payload. When working with an integrator, expect to pay 60-90% more, which includes individual tooling, integration into the production line, documentation and safety certification.
Prices for SIASUN-type industrial robots start at around €15,000 below, with full integrator implementation increasing these values by 50-75%. Details of solutions aimed at the manufacturing industry can be found in the offer robotisation of packaging.

How do you calculate the return on investment in robotisation?

The return on investment depends on the use of the robot. Lightweight models with single-shift operation pay for themselves after 12-14 months, with two shifts after 9-11 months, and in a 24/7 cycle even in less than six months. For example, a welding robot can increase effective working time from 25-28% to 65-77%, equivalent to the productivity of three welders.
A robotic palletising station with a load capacity of 10-12 kg achieves an ROI in approximately 14 months with three shifts or 11 months in continuous operation.

In which processes are robots most applicable?

In production processes, robots are used where repeatability, precision and resistance to changing working conditions are important.
Many plants are dominated by tasks such as packaging, assembly, quality control or handling internal logistics. Thanks to the use of modern solutions, including vision systems and advanced grippers, even complex sequences of operations can be fully automated, resulting in shorter lead times and stable quality.

Which production processes can be fully automated?

Packaging processes can be fully automated, both in the food industry and in industrial sectors where speed and compliance with quality standards are key. Examples include systems packaging automation, which combine robots with conveyors, checkweighers and labellers to form a single coherent workflow.
The assembly of components, particularly in the electrical and automotive sectors, can be carried out by robots with accuracy to tenths of a millimetre. Quality control using CCTV cameras eliminates human error, and in logistics, robots improve palletisation, depalletisation and internal transport.

How does robotisation affect the flexibility and fluidity of the production line?

Robotisation increases the flexibility of production lines, as systems can be quickly rearmed for new product ranges, which allows us to respond to changes in demand without loss of productivity.
For short and medium production runs, cobots enable programme changes within hours, while in high-volume production, industrial robots ensure uninterrupted, rhythmic operation at maximum speeds. Integrating robots with production management systems allows better planning of processes and minimises downtime due to lack of materials or breakdowns.

Michale Automation - robotisation in manufacturing

Robotisation in the manufacturing industry is currently one of the most effective ways to increase productivity, stable quality and reduce operating costs. By implementing industrial automation systems, we are seeing production cycle times cut by up to half while eliminating errors resulting from manual work.
Modern implementations in the spirit of Industry 4.0 allow robots to be combined with vision systems, sensors or conveyors, giving full control of the process from loading to product quality control.
Companies that invest in robotisation scale capacity more quickly and adapt more easily to fluctuations in demand.

What robotic solutions does Michale offer?

The range includes both collaborative and industrial robots, selected according to the type of process and expected performance.
Solutions include stations for welding, palletising, packaging, assembly, surface treatment or quality control, among others. For short and medium production runs, cobots are often recommended, which can be quickly rearmed and programmed for new tasks.
For high-volume production, industrial robots with high speed and payloads are the optimal choice. Detailed information on the available options can be found at robotisation.

How does the company support the complex integration of automation systems in production?

The integration process at Michale includes full support from process analysis, conceptual design to commissioning and operator training. Add-on components such as grippers, vision systems or conveyors are implemented, allowing full automation of the station.
Each project is tailored to the specifics of the plant and the integration team provides testing, documentation and safety certification. This ensures a quick and safe transition from manual production to a fully automated line.

Summary

Robotisation significantly improves the efficiency and quality of processes in manufacturing plants. We discussed the main advantages of automation, the stages of implementation and the differences between industrial robots and cobots. We also outlined how to choose the best form of implementation and how to evaluate the payback time.
In our experience, well-planned automation allows production to be scaled up without sacrificing quality. In our company, we know that this is not only a cost saving, but also a greater flexibility and competitive advantage. The decision to implement robotisation is a step towards stable and modern development.