Production line assembly - how to plan and implement successfully

Estimated reading time: 10 minutes

TL;DR

• Assembly of production lines is the foundation for the efficiency and scalability of a modern factory.
• The key stages are needs analysis, layout design, pre-testing (FAT) and commissioning.
• Robotisation speeds up processes, increases precision and gives flexibility in production.
• Choosing a proven integration partner minimises risk and supports comprehensive implementation.
• Regular service and thoughtful training employees ensure sustained efficiency.

Table of contents

• Introduction
• The importance of production line assembly in the modern company
• Key stages in the planning and implementation of line assembly
• Production line assembly and the growing role of robotics
• Step by step - how do you prepare your company for automated production line assembly?
• Production line assembly in practice - the key to stable growth
• Service and operation - don't forget adequate support
• The most common challenges in production line assembly and how to solve them
• Practical conclusions and recommendations
• Summary
• FAQ

Introduction

The assembly of production lines is today one of the key elements in the development of companies in the industrial production sector. More and more companies, especially in the face of increasing competition and pressure for efficiency, are opting for comprehensive process automation. According to the latest figures from the International Federation of Robotics (IFR), as many as 517,000 new robots were installed worldwide in 2021. This was a year-on-year increase of 31% - the highest in the history of the organisation's research. Poland also saw an increase of 56% in this regard. Companies - from large factories to smaller family-run businesses - are increasingly seeing line assembly as an effective way to optimise costs and reduce lead times.

In this article, you will learn what a professional assembly of production lines should be, what steps to include in the planning and what to look for when integrating automation and robotics solutions. You will also understand the direction in which the market for line-supporting robots is developing and why the implementation of robotic workstations can be the ticket to stable productivity growth and improved product quality.

The importance of production line assembly in the modern company

The assembly of production lines is a fundamental part of an investment in the area of industrial automation. Its proper execution not only determines the efficiency of the entire factory, but also the ability to react quickly to changing market requirements. Assembly includes both the preparation of the infrastructure and the integration of various devices and technologies (e.g. CNC machines, industrial robots, material handling systems).

Key to flexibility

In today's manufacturing reality, the ability to change product ranges quickly without a drastic increase in costs or a long downtime is increasingly important. Assembling production lines with flexibility in mind allows companies to adapt to short-run orders and increasing product personalisation without too much trouble.

Reducing costs and increasing safety

Thanks to the well-thought-out integration of machinery and equipment, so-called losses in the production process - errors, downtimes, breakdowns - can be significantly reduced, and some of the most monotonous and potentially dangerous tasks at assembly stations can be replaced. The result is not only lower operating costs, but also higher safety for employees who can be engaged in more creative or supervisory tasks.

Key stages in the planning and implementation of line assembly

When embarking on the assembly of production lines, it is crucial to carry out comprehensive planning. Incorrectly diagnosed needs or purchasing equipment too early can result in delays, excessive costs and a bottleneck at the production start-up stage.

Analysis of needs and resources

At the outset, it is important to identify:
- What positions are to be included in the production line?
- What operations will each production module perform?
- Can industrial robots or vision systems help with processes?
- What premises, energy and logistical resources are available?

Aggregating this information allows you to assess which elements require the most attention. For example, if the process involves packaging products, it is worth considering robotisation of packaging to increase efficiency and reduce the risk of errors.

Layout design and choice of technology

The second step is to carefully design the layout of the equipment. The layout should minimise unnecessary material flows and workstations must be thought through in terms of ergonomics. At this stage, it is already worth collating potential technological solutions and selecting those that best fit the scale of production and the level of automation we ultimately want to achieve.

Construction and pre-testing

Once the technology has been finally selected and the equipment ordered, the construction and physical installation phase follows. It is important to carry out preliminary tests, or what is known as FAT (Factory Acceptance Test), even before the line is permanently installed at the target location. This allows errors to be caught and ensures that the line meets all key quality and performance requirements.

Commissioning and optimisation

Once the equipment has been moved and set up on the shop floor, the company usually goes through a start-up and optimisation phase. Only then can it be verified that the actual production rate, quality and costs correspond to the assumptions that existed at the start of the project. If necessary, modifications are made to the line layout, machine schedule or production parameters.

Production line assembly and the growing role of robotics

The robotisation of production facilities worldwide has been growing strongly in recent years, as also documented in IFR reports. Until a few years ago, industrial robots were mainly associated with the automotive industry, but today they are used in virtually every segment - from food to electronics.

Why are industrial robots so popular?

- Ability to work 24/7 without fatigue or loss of concentration
- Reducing labour costs (especially in the face of staff shortages)
- Very high precision for repeatable operations
- Flexibility - the robot can be reprogrammed to a new product faster than a traditional machine can be set to work

In Poland, the growth rate of robot installations was as high as 56% in 2021 compared to the previous year. Thus, it can be seen that the idea of robotisation is becoming something much more accessible and not requiring huge investments for domestic companies.

The role of integration and competitive advantage

In order to make good use of the potential of robots in the assembly of production lines, expert integration of the entire automation system is essential. Michale Automatyka (often operating as Michale Automation in the context of a variation of the name) specialises in the construction of machines and production lines. As a result, the entrepreneur does not have to worry about whether his new robot will work with the existing control system or with other machines on the line.

What's more, in order for companies to introduce elements of robotisation more efficiently, the market offers ready-made modules - from collaborative robots (cobots) to specialised workstations for tasks such as welding or packaging. If you are also interested in the automation of welding processes, you can visit our offer page robotisation of welding and find out how such a system can help your business.

Step by step - how do you prepare your company for automated production line assembly?

Many manufacturers, especially in the SME sector, are asking themselves whether they can afford advanced robotics and assembly line solutions at all. The good news is that with the maturity of the market and the emergence of new suppliers (also in Poland), the cost of automated technologies has dropped significantly.

Evaluation of the extent of automation

Implementing a fully robotic assembly line may not always be the best choice. Sometimes it may be sufficient to economise key areas (e.g. the most repetitive and stressful workstation). The return on investment for robots or automated transport stations is often faster than one might think. In the case of welding workstations, ROI can be as high as 1.5 years (depending on production intensity and volume growth).

Choice of supplier and integration partner

When deciding to assemble production lines and implement robots, it is extremely important to choose a reliable partner. Michale Automatika cooperates with many companies in the integration of solutions with control systems, and is also the official distributor of SIASUN robots. Our extensive experience in the robotisation of various industrial sectors allows us to select the equipment best suited to the expected performance and specifics of the processes.

Training and team competence

An element often overlooked in implementations, but extremely important, is the proper training of employees. Even state-of-the-art production lines require operators who are able to quickly identify and resolve basic problems, such as sensor faults, a jammed manipulator or a discrepancy in the vision system.

Production line assembly in practice - the key to stable growth

To ensure that theory does not remain just theory, let us look at the practical aspects that confirm the importance of efficient assembly of modern production lines.

Market trends and favourable outlook

- Rising labour costs in Europe - replacing manual, monotonous tasks with robots is increasingly cost-effective.
- Higher quality standards - robot precision and advanced vision systems significantly reduce errors.
- Aiming for continuous production availability - automation of processes enables 24/7 operation, with minimal downtime.

It is clear from the IFR report that businesses around the world see the construction of production lines, equipped with robots and other automation systems, as a way to maintain and develop their competitive advantage.

Case study of a small manufacturing company

Imagine a small plant, employing 40 people, specialising in metalworking and producing small batches of components. As recently as 2-3 years ago, every change in order meant that the existing line had to be recomposed, generating downtime and costs.

Having decided on partial automation, the owner commissioned an external company to create a design for a new line based on SIASUN manipulators that could work with the existing inspection stations. The assembly of the production lines included the installation of robots and the integration of optical sensors to check surface quality. Within six months of commissioning, production increased by 30% and the number of complaints dropped by as much as 20% thanks to the reduction in errors.

Service and operation - don't forget adequate support

The key to long-term efficiency is regular service and maintenance. For machines and industrial robots that run three shifts, periodic maintenance linked to cleaning, replacement of consumables or calibration of sensors can prevent major breakdowns and costly downtime.

If you need professional support in this area, we encourage you to take a look at our offer of service and maintenance of posts. A comprehensive approach to servicing allows the performance of the machines to be maintained at the highest level while ensuring the safety of the operators.

The most common challenges in production line assembly and how to solve them

Integration with existing IT infrastructure

Modern production lines are not just about the hardware on the shop floor - they are also about the software that monitors the operation of the equipment, collects data from sensors and manages the flow of information between the production layer and ERP or MES systems. Existing IT systems are not always designed to handle new machinery. In order to avoid chaos and possible errors, it is worth conducting an IT audit and, in cooperation with the integrator, ensuring that all modules are connected smoothly.

Costs and return on investment

When introducing robots to their line, companies are often concerned about high upfront costs. The way to put these fears to rest is to carefully calculate the return on investment, taking into account savings on staffing, reduced production shortages or the ability to work in longer cycles. A simple example: if you are interested in how quickly the purchase of a welding robot can pay for itself, use our ROI calculator for welding robotisation.

Convincing employees

The implementation of robots is sometimes greeted with fears of job losses. However, the vast majority of companies that have gone through this process find that the workers are still needed - they are just being moved to more valuable positions involving programming, supervision and quality. Training and transparent communication are needed to overcome resistance.

Practical conclusions and recommendations

- It is a good idea to start the installation of production lines with an in-depth needs analysis to avoid costly post-installation adjustments.
- The increasing share of robots in production processes is a fact. The IFR report shows global trends and Poland's growing position in this area.
- An integrated production line with well-matched robots allows for flexibility and shorter manufacturing cycle times, which increases competitiveness.
- The testing stage (known as FAT), followed by commissioning and stabilisation, are essential to make the whole thing work as intended.
- Long-term effectiveness is ensured by proper maintenance and regular inspections.

Summary

The assembly of production lines is not only an organisational and technical challenge, but also an opportunity to significantly streamline processes, improve product quality and stably scale the business. In an era of shortages of skilled production staff and increasing pressure on productivity, a well-planned line - especially with the use of industrial robots - can enable a company to move forward decisively.

Michale Automation offers comprehensive support in the design, installation and commissioning of integrated production lines, as well as industrial automation or robotic workstations. If you would like to find out more about the possibilities offered by the introduction of modern solutions, take a look at the Services, where you will find information on our various areas of activity.

We also encourage you to read further articles on our blog, in which we discuss detailed implementation examples and present the latest trends related to automation. Take advantage of the available material and our many years of experience. Together, we can plan and implement the assembly of production lines - so that your company can grow dynamically and your employees have the chance to focus on tasks requiring creativity and high competence.

If you have questions, need a quote for a specific solution or simply want to know more - please contact us. We will be happy to help you select the right technologies and carry out the entire installation and implementation process in accordance with industry best practice.

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 extensive projects and large integrations.

Does automation mean job cuts?
More often than not. Automation frees employees from monotonous tasks, allowing them to focus on more creative and strategic tasks. Many companies use the automation process to develop team competencies.

Does the assembly of robotic production lines pay off for smaller companies?
Yes. Thanks to falling technology prices, robots are increasingly accessible to SMEs as well. Even partial automation can bring a quick return on investment through increased productivity and quality.

How to avoid downtime after installation is complete?
The key is to plan maintenance and servicing properly. Regular maintenance, staff training and a rapid response to minor technical problems minimise the risk of long-term downtime.