Building production lines - a comprehensive guide to effective automation

Estimated reading time: approx. 10 minutes

TL;DR

• Efficiently designed production line improves productivity and quality
• Process automation reduces errors and allows continuous monitoring of indicators
• Robotisation and vision systems are increasingly becoming standard in modern plants
• Modular line design allows for rapid expansion and adaptation to market changes
• Proper integration with ERP/MES systems and proper staff training are crucial

Table of contents

• Introduction
• Why is the construction of production lines so important?
• Building production lines step by step
• Analysis of needs and definition of objectives
• Line design and technology selection
• Assembly and commissioning
• Integration with IT systems and robotic workstations
• Optimisation and final testing
• Technologies supporting production line construction
• Benefits and challenges in building production lines
• Trends and prospects for market development
• Where to look for support in building production lines?
• Does building a production line always pay off?
• Summary and conclusions
• What can you do right now?
• FAQ

Introduction

The construction of production lines is an issue that has become increasingly important in recent years. In an era of increasing competition and pressure on efficiency and product quality, many companies are faced with the need to automate their manufacturing processes. Production lines are a key element in the modernisation process of a plant, as they are responsible for the consistent and organised execution of all stages of production - from raw material to final product.

In this article, we will give step-by-step advice on how to plan and implement the construction of a production line in order to achieve maximum return on investment (ROI) and create a stable foundation for the further development of the company. We will pay attention to both the purely technical aspects and the organisational or legal issues. After reading, you will learn where to start designing and what mistakes to avoid so that the production line is fully tailored to your company's needs.

Why is the construction of production lines so important?

There are many tangible benefits to building production lines. In an environment increasingly focused on productivity and quality, an efficient and well-designed system can improve operational efficiency, reduce costs and avoid downtime. A properly designed production line:

• Increases the volume of products produced at the same time.
• Helps minimise human error, especially in repetitive processes.
• It ensures quality standardisation at every stage.
• Improves the flow of materials and information between jobs.
• It allows real-time monitoring of key performance indicators such as cycle times and shortage levels.

It is also crucial for the business owner or production manager to be able to make continuous improvements to the production cycle. If the line is designed in a modular way, it can be expanded or upgraded without incurring excessive costs or causing unnecessary downtime.

Building production lines step by step

Analysis of needs and definition of objectives

The first step when building production lines is to understand the specific industry, the type of product, the volume of production planned and the quality requirements. In practice, this means:

• Defining key indicators such as planned output and finished goods per hour.
• Determination of the nature of the product (e.g. dimensions, type of material, complexity of processes).
• Consideration of industry requirements, such as health and safety or food safety standards (in the case of the food sector).
• Analysis of market forecasts in terms of demand and possible seasonal trends.

At this stage, it is also worth predicting the target state of the company in a few years' time, so that the line can be seamlessly expanded in the future when the need for more capacity arises.

Line design and technology selection

The next extremely important stage is the design of the production line. The design should take into account:

• Layout of posts, i.e. the ergonomic arrangement of individual machines and equipment in the plant space.
• Material flow plan - so as to minimise the need for complex internal transport.
• Essential components, including conveyor systems, packaging machines, industrial robots or cobots (robots that work together with humans).
• Integration of machines into existing infrastructure - It is often necessary to adapt to vision systems, PLCs and MES/ERP software.

At this stage, you may also want to consider introducing a robotic solution - this applies, for example, to tasks that require the utmost precision or monotonous activities that expose workers to repetitive trauma. If you are interested in the possibility of introducing robots on your production line, take a look at our services section to learn more about the benefits of
robotisation in industry.

Assembly and commissioning

Once the design is ready, the assembly of the machine or the entire production line can begin. This is where it becomes crucial:

• Coordinate the delivery of components and machinery according to schedule.
• Quality assurance of all components (sometimes certificates of approval specified by law are needed).
• Assembled in accordance with the technical documentation in such a way that staff can access key areas if maintenance is required.
• Mechanical testing of individual machines, including checking the speed of conveyors, the correctness of welding in the case of welding robots or the precision of handling.

Commissioning includes initial testing and basic settings. At this stage, PLCs are programmed, operator panels are set up and the safety system (e.g. emergency stop) is developed. Very often, the work runs concurrently - along with the assembly of the physical components, software tests are carried out to ensure that the whole works consistently.

Integration with IT systems and robotic workstations

Today's production lines are increasingly linked to IT systems such as ERP (Enterprise Resource Planning) or MES (Manufacturing Execution System). This gives production managers an insight into current processes, which allows:

• Precise planning of raw material requirements.
• Monitor product quality and reduce the number of shortages.
• Track machine and employee performance in real time.
• Create forecasts and manage procurement more effectively.

Robots are also increasingly being introduced into integration. By working with leading suppliers such as SIASUN, the processes of assembly, welding, packaging or palletising can be automated. If you would like to see an example of a robot that can support your company's production process, check out the model
SIASUN Robot SR25A-12-2-01.

As Michale Automatyka, we are the official distributor of SIASUN robots in Poland. We help to design and implement robotic workstations so that the team quickly adapts to new technologies while gaining safe tools to increase productivity.

Optimisation and final testing

Before the production line goes into full swing, optimisation tests are required. These consist of, among other things:

• Verification of the production rhythm: whether congestion is building up or downtime is forming at any of the stations.
• Analysing the quality of the products: whether micro-damage, deformation or other defects occur at individual stages.
• Checking energy efficiency: whether the solutions used generate excessive energy consumption, which would increase costs.
• Comparing the realistically obtained results with the design data: in case of discrepancies, it is necessary to make changes to the operating parameters of the machines.

Successful completion of the tests will mean that the production line is ready to run continuously. However, it is worth remembering that optimisation is an ongoing process - as technology develops or products change, the production line should be regularly updated or extended.

Technologies supporting production line construction

Industrial automation

Modern production line construction relies heavily on advanced industrial automation. PLCs (Programmable Logic Controllers) are responsible for the correct synchronisation of components, e.g. conveyors, packaging machines or inspection equipment. The key tasks of industrial automation are:

• Data collection and processing (e.g. process temperature, pressure, belt speed).
• Call to action at the appropriate time (e.g. start/stop of individual modules).
• Emergency signalling and safety monitoring.

This makes it possible to control an integral process from a single operator panel. The risk of human error is also reduced and staff can concentrate on control activities instead of manually operating each machine.

Robotisation and cobots

Robotisation is the next step in the development of industrial automation. Robots can perform tasks that require precision, are repetitive or dangerous to humans. Popular examples include:

• Welding robots - ensure high quality and uniformly produced welds.
• Packaging robots - sort and stack products in cartons, often at speeds unavailable to humans.
• Industrial robots for assembly operations - reliable for joining parts of small size or requiring identical spacing.

As far as smaller businesses are concerned, cobots - collaborative robots that work side-by-side with humans - are also increasingly being used. In this way, the entrepreneur does not need to dedicate large spaces to costly fences and safety systems - modern sensors in cobots stop work when they register the presence of a human within range of the robot's arm.

Vision systems

Vision systems, based on cameras and image processing algorithms, enable:

• Ongoing quality control (detection of defects, e.g. dents, cracks, dimensional deviations).
• Precise positioning of products on the belt.
• Analysis of the shape and colour of products (important in the food industry, for example).

Integration with robots and PLCs allows for an immediate response to irregularities - the system can quickly reject defective parts from the line, making quality control much more efficient than traditional manual methods of checking products.

Benefits and challenges in building production lines

Key benefits

• Increasing productivity: Automation eliminates or reduces manual activities, making production faster and more efficient.
• Reduction in labour costs: Robots and machines, especially in batch production, can significantly reduce the human factor where it is not necessary, thus reducing fixed costs.
• Improving quality: Process monitoring and automated control activities increase product consistency and reduce scrap.
• Greater flexibilityModern lines can easily reprogram themselves for a new product or make a change in production parameters.

Major challenges

• High initial cost: Especially with more advanced production lines that use robots and vision systems, the investment can be large.
• The need for proper space planning: A poorly laid out layout makes work more difficult, increases journey times and increases the number of potential collisions.
• Integration into existing infrastructure: If a company already has certain IT systems or production machines in place, the new solutions must be compatible with them through consistent communication.
• Ensuring continuity of work: When a key machine fails, the whole line often stops, generating large losses.

Trends and prospects for market development

According to data published by the IFR (International Federation of Robotics), demand for industrial robots is growing worldwide at a rate of several per cent per year. This trend is continuing in both highly industrialised and developing countries. The key factors driving the growth are:

• Declining costs of purchasing and operating robots.
• Increasing personalisation of products, which requires rapid adaptation of production lines to new designs.
• Numerous programmes to support investment in robotisation and automation (e.g. EU funds).
• Increasing automation also in the e-commerce sector (packaging, parcel sorting).

It can be assumed that in the coming years, the construction of production lines will even more often include the use of artificial intelligence (AI) elements and advanced data processing, which will ensure an even higher level of autonomy in production processes.

Where to look for support in building production lines?

Choosing an experienced technology partner can significantly speed up and simplify the process of designing and building production lines. Our company - Michale Automatyka - specialises in the design, construction and modernisation of machines and production lines. We work with companies in various industries, carefully analysing their needs and creating custom-designed solutions.

As part of our support:

• We analyse the client's business profile and production capacity.
• We develop a personalised design, ensuring full integration with existing systems.
• We propose and implement robotic workstations, which increases productivity and product quality.
• We are providing training to the team so that the employees can exploit the full potential of the new line.
• We provide service - both warranty and post-warranty.

An example of our services could be the implementation of a robotic system for welding or painting. If you would like to see how your company can benefit from process automation, please visit
machine and production line construction services.

Does building a production line always pay off?

Most often yes, but each case is worth analysing individually. The key indicator is the return on investment (ROI). It is influenced by:

1. Production volume and market demand for the product.
2. The cost of labour in the region - still rising in Poland, prompting automation.
3. The level of quality one wants to achieve (automation and robotisation reduce shortages).
4. Availability of funds and grants for investment in modern production systems.

To get a more accurate estimate of how much you will earn from your investment in an industrial robot, it is worth using the
ROI calculator - welding robotisation.

Summary and conclusions

- Building production lines is a multi-stage process that includes needs analysis, design, assembly, systems integration and final testing.
- The implementation of an automated production line means a significant increase in productivity, standardisation of quality and a reduction in costs associated with manual work.
- A key element is the proper planning of the space and the choice of technology, so that the whole is coherent and ready for possible future modifications.
- Industrial robots - both those for specialised tasks (e.g. welding) and cobots that collaborate with humans on the production line - are becoming increasingly important.
- Integration with ERP/MES systems enables comprehensive process management and immediate response to problems.
- The decision to invest in the construction of a production line should be taken after analysing all financial and organisational parameters - a well-designed and implemented line brings tangible benefits to the company and provides the foundation for further growth.

What can you do right now?

- Verify the state of your company's current infrastructure, look at areas with frequent downtime, quality errors or staff shortages.
- Evaluate whether the scale of production is likely to increase over the next few years and whether the line you currently have will be able to meet these needs.
- Consider whether cobots can be used in processes to help employees with repetitive tasks.
- Talk to industrial automation specialists and ask about the possibilities of adapting your process to the new requirements.
- Check out robotic solutions that can speed up some tasks (e.g. packaging or palletisation) and consult an experienced integrator - such as our company Michale Automatyka.

We invite you to contact us and leave comments under our article. We will be happy to share detailed implementation examples and advise you on how to choose the optimal solution. Whether you are a small plant owner or a manager in a large factory, a well-designed production line can be the key to the success of your business.

Modernised production lines are nowadays becoming an indispensable component of a competitive business. Investing in them not only saves time and money, but also provides an opportunity to continuously improve processes and enhance the quality of manufactured products. If you are looking for optimal use of production space, precise implementation of machines and robots, as well as ongoing service support, we encourage you to take a look at our offer and contact the Michale Automation team.

You can also read more about how to use robotic workstations in production in our services section: Find out about our machine and line construction services.

We hope this guide has given you a better understanding of the process of building production lines and inspired you to take action. If you'd like to keep up to date with automation and robotics news, subscribe to our newsletter and keep an eye out for more articles on the Michale Automation blog. Good luck in developing your plant!

FAQ

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

Does automation mean redundancies?
More often than not. Automation allows employees to focus on more developmental and creative tasks, freeing them from the monotonous repetition of the same activities. Often, the implementation of a new production line is an opportunity to retrain employees.

Does robotisation only pay off for large factories?
Currently, no. Thanks to advances in technology, more and more medium-sized and even small companies are taking steps towards robotisation. The key is to choose the right solution for the scale and specifics of the business.

Can the investment in production lines be financed by grants?
Yes, many EU and national programmes support modern automation and robotics solutions. We encourage you to take a look at the current initiatives and consult your financial advisor to choose the best funding option.