Industrial automation design: the foundation of modern and efficient production

Estimated reading time: 10 minutes

TL;DR:

• Modern industrial automation guarantees faster and more efficient production.
• A sound analysis of needs and requirements is the first step to success.
• Both employee safety and full integration with ERP/MES systems are key design factors.
• Flexibility, prototyping and pre-implementation testing reduce the risk of errors.
• Working with an experienced integrator significantly speeds up project times.

Table of contents

• Introduction
• Why is industrial automation design so important?
• Key steps in industrial automation design
• The most common errors and challenges in industrial automation design
• Integration of robots and control systems - selected application examples
• Example implementation schedule for industrial automation
• ROI and economic effects of automation
• Role of experience and support of the professional integrator
• How to effectively plan an industrial automation implementation? Examples of good practice
• Practical lessons from industrial automation design
• Summary: How to use the knowledge gained
• FAQ

Introduction

Industrial automation design is an integral part of modern production processes. In a world where speed of response to market changes, cost control and maintaining high quality count, properly planned automation is the key to achieving a sustainable competitive advantage. Why is the topic so topical? Because more and more industries - from food and beverage to metals to the service sector - are looking for ways to organise processes more efficiently while minimising the risk of errors.

In this article you will learn:

• What benefits can industrial automation design bring.
• What to look for when preparing the concept and implementation schedule.
• How to avoid the most common pitfalls and mistakes when designing new systems.
• Why you should consider working with a professional integrator such as Michale Automation.

With this knowledge, you will gain a solid foundation for making sound investment decisions and lay the foundation for designing an efficient production environment.

Why is industrial automation design so important?

Industrial automation encompasses a range of activities and technologies aimed at streamlining, accelerating and standardising production processes. The very choice of the right design approach can make a significant difference in achieving the desired results.

The importance of automation in the context of increasing market demands

Market requirements are steadily increasing and customers increasingly expect:

• Short lead times.
• Flexibility in personalising orders.
• Stable quality regardless of batch size.

Industrial automation design makes it possible to adapt production systems to meet these expectations. With modern systems, it is possible to move more quickly from one production variant to another, minimising downtime.

Impact of automation on safety and ergonomics

The proper design of a production line integrated with safety systems significantly reduces workplace accidents. Moreover, ergonomic robotic workstations - especially those with cobots (collaborative robots) - relieve staff from monotonous and often dangerous repetitive tasks.

Long-term viability

An investment in bespoke industrial automation solutions usually has a high ROI (return on investment). Depending on the scope of the project and the right choice of equipment, costs can be recouped in as little as 1.5-2 years. According to industry reports, companies that have initiated the automation process are increasing budgets for subsequent upgrades over time because they see tangible financial and operational benefits.

Key steps in industrial automation design

Creating an automated production environment is worth starting with a detailed definition of your needs. This is the point at which you determine what results you expect and what processes need to be optimised.

Analysis of needs and requirements

• Identify business objectives: Is the priority to increase capacity, reduce costs or improve quality?
• Map existing processes: Identify bottlenecks and areas for improvement.
• Collect data about the current cost, lead time and quality level indicator.

It is crucial to understand the processes that take place in a company. Only then can automation be designed to make a real contribution to increasing productivity and reducing costs.

Choice of technology and tools

• Selecting the type of equipment: industrial robots, cobots, vision systems or SIASUN solutions (of which Michale Automation is a distributor).
• Definition of control system architecture: PLC, SCADA and possible integration with MES/ERP systems.
• Configuration of communication network and data transfer protocols (e.g. OPC UA, Modbus).

At this stage, the question to be answered is whether the solutions available on the market will suffice or whether it is necessary to design a customised system from scratch for non-standard processes.

Preliminary design and simulations

• Process visualisation (CAD/CAM software, 3D simulation programmes).
• Testing the machine's response to changing conditions (e.g. differences in raw material dimensions).
• Assessment of system capacity, performance and stability.

In large production plants, simulation tests can significantly reduce the risk of errors during the installation phase. At the same time, they offer the opportunity to optimise the system already in the design phase, which often leads to a reduction in investment costs.

Prototype and implementation

• Physical construction of the model (machine or production line).
• Test run and verification of design assumptions.
• Adaptation of the system to production conditions.

By prototyping and testing phases before the actual installation on the production floor, the entrepreneur reduces the likelihood of long-term downtime.

Training and after-sales service

• Training of staff in the operation and maintenance of equipment.
• Provision of service support and spare parts.
• Regular inspections, maintenance and the possibility to expand the line.

Herein lies one of the most important added values that reputable integrators bring with them. Michale Automation not only takes care of the installation itself, but also the subsequent maintenance of the machines. If you are interested in professional maintenance, visit our page dedicated to service and maintenance of posts.

The most common errors and challenges in industrial automation design

No clear business objective

A common problem when implementing industrial automation is the unclear definition of the objective. If the company itself does not know whether it primarily wants to reduce costs, increase productivity or improve quality, the whole project can lose coherence.

Underestimation of implementation time and costs

Automation design is a multi-stage process that requires:

• Precise timetable of activities.
• Ensure adequate resources of people and machinery.
• Include time for testing and possible amendments.

Seemingly minor delays in one phase can accumulate, leading to a stalled launch date for the entire line.

Inadequate integration into existing systems

Many entrepreneurs attempt to implement modern robotic technologies, forgetting that they need to be integrated with existing ERP software or control systems in the plant. The lack of a suitable network infrastructure or shortcomings in terms of communication protocols can be a problem.

Lack of adequate staff training

Modern production lines do not deliver the expected results if employees are not able to use them effectively. This is why Automation Michale always puts a premium on thorough staff training.

Integration of robots and control systems - selected application examples

Integration with the video system

Vision systems enable part recognition, real-time quality control and better management of raw material movement. They allow robots to pick up irregularly shaped workpieces and cameras to detect even small flaws on the surface of the material.

Robotic workstations for special tasks

Michale Automation also offers solutions tailored to specific industries - for example, robotic welding stations. With specialised fixtures, position monitoring sensors and welding parameters, we ensure reproducible quality while maintaining a high production rate. Find out how we design and implement applications for welding robotics.

Integration with ERP/MES systems

The combination of a production control system with ERP and MES software allows real-time tracking of production progress. This gives the company access to:

• Up-to-date stock data.
• Information on current machine performance.
• Quality reports and possible failures.

Such integration minimises the risk of downtime, enables more efficient planning of raw material orders and better management of human resources.

Example implementation schedule for industrial automation

To better illustrate the process, below is an example of a simplified timeline for implementing automation and robotisation of a production line in a medium-sized company:

Of course, in practice, deadlines can vary depending on the size of the company, the complexity of the processes and the experience of those responsible for implementation.

ROI and economic effects of automation

The decision to invest in production automation should not be taken in isolation from financial analyses. This is why the ROI (Return on Investment) indicator is increasingly being used. Here are some of the parameters taken into account:

• Costs of purchasing robots and controls.
• Expenditure on software and integration with existing systems.
• Expenditure on staff training and service.
• Savings in the area of human labour costs.
• Reduction in production errors and product defects.

To pre-calculate the return on investment of automating a specific process, it is worth using specialised tools. You can try the one available on our website ROI calculator, which we have prepared for companies planning to robotise their welding operations.

Role of experience and support of the professional integrator

Why use an external company

Industrial automation design requires interdisciplinary knowledge of mechanics, electronics, controller programming and project management. Many companies do not have the internal resources to fully carry out the complex process themselves. That is why working with an experienced integrator - such as us, Michale Automation - allows you to avoid mistakes, gain professional advice and speed up implementation.

Comprehensive support from design to service

As the official distributor of SIASUN robots in Poland, we offer not only the equipment itself, but also complete solutions in a turnkey model." From conception and prototyping to final implementation and employee training. Our engineering team assists with the integration into the existing IT infrastructure, and our service department ensures that the equipment remains operational over the long term.

Example of cooperation on specialised projects

In industries with highly specific requirements, such as food production or the processing industry, the adaptation of solutions to stricter production safety and hygiene standards is crucial. In the projects carried out by Michale Automation, the emphasis is always on personalisation and adaptation to the needs of the specific company. This applies to both the choice of materials (e.g. hygiene classes) and robot configurations.

How to effectively plan an industrial automation implementation? Examples of good practice

Carefully planned schedule

In both small production facilities and large factories, it is worth starting by drawing up a schedule that takes into account:

• Time to synchronise with other activities (e.g. downtime, maintenance).
• Possibility of concurrent work (e.g. installation of equipment and staff training).

Test and optimise on a small scale

Instead of immediately investing in a comprehensive upgrade of the entire line, start with a pilot implementation in one department or position. In this way, you will verify your assumptions and eliminate possible errors.

Opt for flexible solutions

Today's industrial technologies are changing rapidly. It makes sense to choose solutions that are modular and scalable so that they can be expanded or modified if necessary.

Don't forget the quality of the components

Components (sensors, controllers, control cabinets) should comply with safety standards and be resistant to industry conditions (dust, high humidity, vibration).

Remember to integrate with other processes in the company

At the automation design stage, it is important to envisage in parallel how data will be transmitted to the logistics, accounting or warehouse department. An automated packing station, for example, can be equipped with real-time package tracking and serial number allocation. If this is an area that interests you, see our solutions for robotisation of packaging.

Practical lessons from industrial automation design

- Invest time in the preparation phase. A well-drafted needs and assumptions analysis will avoid costly design changes at later stages.

- Choose quality equipment and solutions. Although they may be more expensive initially, this usually translates into a longer life and fewer failures.

- Ensure integration with ERP/MES systems. Automation is much more effective when it works together with production planning and management software.

- Keep an eye on safety and ergonomic issues. A modern robotic workstation should protect the health of workers while improving working comfort.

- Train staff. No automated solution will benefit without an informed and well-trained workforce.

Summary: How to use the knowledge gained

Designing industrial automation is a complex process, involving both technical and organisational aspects as well as financial ones. The key to success is to create a coherent strategy in which the modernisation of individual areas goes hand in hand with long-term business goals.

What can you do next?

1. Identify areas with the greatest potential for automation and robotisation.
2. Plan pilot phases to test new solutions on a smaller scale.
3. Conduct a cost and potential profit analysis. If in doubt, consult an external expert.
4. Ensure proper staff training and ongoing maintenance to maximise the potential of new technologies.

We also encourage you to take a look at other articles on our website. Check out the different types of projects carried out by Michale Automation, including robotisation of painting. If you are interested in even deeper analysis and would like to discuss your company's individual needs, please contact our team. With years of experience in the design and implementation of industrial automation - and working with leading robot suppliers such as SIASUN - we can offer solutions best suited to your plant's requirements.

We hope this guide has helped you to structure your knowledge of industrial automation design and inspired you to take the next steps towards more modern and efficient production. Consider which areas of your business are worth automating first, and remember that a properly designed system will be profitable both in the short and long term. Good luck!

FAQ

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

Does automation mean less need for staff?
Automation often allows employees to focus on more creative, strategic tasks instead of repetitive tasks. Many companies use such a change to develop competencies and retrain the team, not necessarily to cut jobs.

Can investment in robots pay off for smaller companies?
Thanks to technological advances, the costs associated with robotisation and automation are falling, enabling a favourable return on investment in the SME sector as well. The key is to analyse needs and select scalable solutions accordingly.