Key takeaways:
The text discusses preparing a company for automation through readiness assessment, technology selection, change management, and process monitoring and optimization. It also highlights the role of machine design, instrumentation and control systems, and compliance requirements (CE, Machinery Directive 2006/42/EC).
- Production automation requires planning and a business case based on an analysis of risks and benefits
- The key risks are a shortage of qualified staff, lack of repeatability, implementation costs, and rapid market changes.
- Automation systems improve repeatability, reduce human error, and support quality monitoring at every stage.
- Instrumentation and control systems enable precise control and monitoring of process parameters, improving efficiency and quality.
- In machine design, finite element simulations and calculations, as well as compliance with the requirements of the Machinery Directive 2006/42/EC and CE, are important.
Modern manufacturing companies face constant pressure to improve their processes to keep pace with growing competition and changing market expectations. Production automation is a key part of this transformation, giving businesses the opportunity to increase efficiency, reduce costs, and improve product quality.
For production leaders and business owners, understanding the potential of production automation and preparing the company to implement modern technologies is essential. In this article, we discuss the strategic importance of production automation and present a step-by-step approach to assessing an organization’s readiness, selecting the right technologies, managing change, and monitoring and optimizing processes. Our goal is to provide practical guidance and inspiration for companies that want to make full use of automation’s potential.
How do you prepare a company for production automation?
Preparing a company for production automation requires careful planning and analysis. The costs associated with automation can be either high or low, depending on the scale and scope of the technologies being implemented. What matters most, however, is a sound business case based on risk and benefit analysis. Below are the main business risks that drive the need for automation:
- Lack of skilled staff – One of the biggest challenges facing modern companies is the shortage of qualified employees. Automation helps reduce the impact of this problem by using advanced technologies that can perform complex and repetitive tasks. As a result, companies can maintain high productivity and product quality despite a shortage of suitably qualified staff.
- Lack of repeatability – Process repeatability is one of the key foundations of production quality. Automated systems provide high repeatability and precision, which are essential for maintaining consistent product quality. Automation makes it possible to minimize human error and ensure production consistency.
- Quality assurance – Automation does not always mean removing people from the process. In many cases, it is a complex setup in which automation supports employees in ensuring the highest product quality. Automation makes it possible to monitor and control quality at every stage of production, so any deviation from the standard can be detected and corrected quickly.
- Cost management – Production automation is an investment that delivers benefits on many levels, but it also requires companies to account for the costs of purchasing and implementing new technologies, training employees, and integrating them with existing production systems. Companies must carefully analyze and plan these costs to ensure the investment is financially viable.
- Flexibility and scalability – Automation enables companies to respond quickly to changing market conditions. Automated systems are more flexible and scalable, making it easier to adapt production to current needs. This allows companies to increase or decrease output quickly, depending on demand, without making major changes to infrastructure.
- Process optimization – Automation makes it possible to analyze and optimize production processes in detail. By using advanced monitoring systems and data analysis, companies can identify and eliminate bottlenecks and introduce improvements that increase production efficiency and output.
Production automation is a strategic step that requires careful preparation and planning. Companies must consider both costs and potential benefits to ensure the profitability and success of the implementation. Over the longer term, automation can deliver significant savings and improve a company’s competitiveness in the market.
| Business risk | How to mitigate it |
|---|---|
| Lack of skilled staff | Automation of production processes |
| Lack of repeatability | Implementation of automated control systems |
| Quality assurance | Quality monitoring at every stage of production |
| High implementation costs | Detailed planning and cost analysis |
| Rapid market changes | Flexibility and scalability of automated systems |
| Integration of new technologies | Use of compatible systems and tools |
Production automation is not just an investment in technology, but above all a strategic step toward long-term competitive advantage.
Industrial automation and the role of instrumentation and control systems
Industrial automation plays a key role in production automation. Instrumentation and control equipment (I&C) enables precise control and monitoring of production processes. By using modern technologies, industrial automation systems not only increase efficiency but also improve product quality through accurate control of production parameters.
Production automation: Design office and machine design
A design office is an essential partner in machine design and production line development. Professional design offices provide comprehensive services, including multiple simulations and strength calculations (FEA), which are critical at the machine design stage. They make it possible to create durable, safe structures that meet all technical requirements and standards. Machine design requires precise analysis and consideration of specific production needs, allowing processes to be optimized and efficiency to be maximized.
CE certification of machinery and harmonized standards
CE certification of machinery is an integral part of the production automation process. Every machine must comply with the requirements of the Machinery Directive 2006/42/EC and other harmonized standards in order to bear the CE mark. This process includes a detailed conformity assessment and documentation, ensuring that machines are safe and meet all legal requirements. CE marking is essential for the lawful sale of machinery on the European market and demonstrates high quality and safety. For a broader view of upcoming compliance changes, see the key implications of Regulation 2023/1230/EU.
Production automation: Industrial robots and production lines
Industrial robots are the foundation of modern production automation. They make it possible to significantly increase throughput and precision in manufacturing processes. Robots can be used at various stages of production, from assembly and welding to product packaging. Combined with advanced production lines, industrial robots help create efficient, automated factories. Industrial robots can operate in demanding conditions, perform repetitive tasks with high accuracy, and minimize the risk of human error.
Project management and Agile Process Automation
Effective project management is crucial to the smooth implementation of automation solutions. In this context, the Agile Process Automation approach makes it possible to adapt quickly and flexibly to changing requirements and conditions. Engineering outsourcing can also be a beneficial solution, providing access to specialist knowledge and experience without the need to hire additional permanent staff. Effective project management also includes tracking progress, identifying and resolving issues, and ensuring that all activities remain aligned with the planned schedule and budget.
Adapting machinery to minimum requirements and partly completed machinery
Some machines may be supplied as partly completed machinery, which requires the integrator to assign the CE mark. Engineers working in automation must be familiar with harmonized standards and the requirements for adapting machinery to minimum requirements to ensure regulatory compliance and safe use. This process includes not only the technical adaptation of machinery, but also thorough technical documentation and testing to make sure that all safety aspects are met.
Production automation: Industry 4.0 and modern technologies
Industry 4.0 is a concept that integrates modern IT technologies with traditional manufacturing processes. It enables real-time diagnostics and predictive maintenance, increasing production reliability and efficiency. SCADA (Supervisory Control and Data Acquisition) systems and PLC programming (Programmable Logic Controller) play a key role in monitoring and controlling production processes. Industry 4.0 also includes the use of artificial intelligence, the Internet of Things (IoT), and big data analytics, enabling production process optimization and better resource management.
| Automation costs | Benefits of automation |
|---|---|
| Equipment purchase | Higher efficiency |
| Implementation of new technologies | Lower production costs |
| Employee training | Improved product quality |
| Integration with existing systems | Fewer errors |
| Maintenance and optimization | Better process control |
| Rapid response to market changes |
Safety in production automation
Ensuring safety in automated production processes is a challenge that requires compliance with numerous standards and regulations. Machine safety includes not only appropriate guards and service platforms, but also the implementation of POKA-YOKE solutions that minimize the risk of errors. Risk assessment according to EN ISO 12100:2012 and regular safety audits are essential for identifying potential hazards and implementing appropriate corrective measures. Companies must also meet the requirements of other directives, such as the Pressure Equipment Directive, the Low Voltage Directive, ATEX, and electromagnetic compatibility requirements, to ensure comprehensive safety across their production systems.
Certification and regulatory compliance
Every production line or machine must have the appropriate certificates and comply with regulatory requirements, such as the Machinery Directive or the upcoming Machinery Regulation 2023/1230, which permits documentation in electronic form as well as the EC Declaration of Conformity in electronic form. The EC Declaration of Conformity is a key document confirming that machines meet all applicable health and safety requirements.
Special-purpose machine design and project management
Special-purpose machines can be designed for specific production processes, allowing for better optimization and efficiency. Designing such machines requires collaboration with experienced engineers and a design office that provides end-to-end services from concept to implementation. Effective project management is essential for the smooth rollout of automation solutions. In this context, the Agile process automation approach enables flexible and rapid adaptation to changing requirements and conditions. Engineering outsourcing can also be a beneficial solution, providing access to specialist knowledge and experience without the need to hire additional permanent staff. Effective project management also includes monitoring progress, identifying and resolving problems, and ensuring that all activities remain aligned with the planned schedule and budget.
Effective change management and the integration of modern technologies are the foundations of success in the Industry 4.0 era.
FAT and SAT testing
In the implementation of production automation, FAT (Factory Acceptance Test) and SAT (Site Acceptance Test) are key stages.
- FAT (Factory Acceptance Test) consists of tests carried out at the manufacturer’s facility to verify that systems and machines operate in line with technical requirements and specifications before delivery to the customer. FAT makes it possible to identify and correct any issues before shipment, minimizing the risk of delays and additional costs during installation.
- SAT (Site Acceptance Test) consists of tests performed at the installation site after the systems and machines have been delivered and installed. The purpose of SAT is to confirm that the systems operate correctly under actual operating conditions and meet all customer requirements. These tests are essential for the customer’s final approval and acceptance of the system.
Production process optimization
Production process automation requires continuous optimization to maintain high efficiency and product quality. Implementing methodologies such as TPM (Total Productive Maintenance), SMED (Single Minute Exchange of Die), and monitoring OEE (Overall Equipment Effectiveness) indicators helps identify and eliminate bottlenecks and improve production efficiency. Implementing KPI (Key Performance Indicators) makes it possible to track progress and assess the effectiveness of automation.
Production automation is a strategic step that can significantly improve a company’s efficiency and competitiveness. However, business owners and production leaders must prepare carefully for this process by analyzing the company’s needs, selecting the right technologies, training employees, and managing change effectively.
Regular monitoring and optimization of the implemented solutions will allow companies to make the most of the potential of production automation and achieve their intended business goals. Implementing modern technologies and complying with safety standards and legal requirements ensures not only high production quality and efficiency, but also compliance with market and regulatory requirements.
Production Automation: How to Prepare Your Company
Start by analyzing readiness and developing a business case based on risks and benefits. The text identifies, among other things, the following risks: a shortage of qualified staff, lack of repeatability, the need to safeguard quality, and cost management.
Automation reduces the impact of shortages of skilled workers by taking over repetitive and complex tasks. It also improves process consistency and precision, helping maintain consistent quality.
No. The article emphasized that automation often supports workers to ensure the highest quality, for example by monitoring and controlling quality at every stage of production.
Costs may be high or low depending on the scale and scope of the technology, so they require careful planning and analysis. The purchase and implementation of the technology, training, and integration with existing systems must be taken into account.
Instrumentation and control systems enable precise control and monitoring of production processes, supporting efficiency and quality. The design office supports the development of machines and production lines, including through simulations and strength calculations using finite element analysis, to create durable and safe designs.