Increasing efficiency in production: Practical automation solutions for greater productivity

26/02/2025

TABLE OF CONTENTS

The manufacturing industry is under increasing pressure to make processes more efficient, reduce costs , and simultaneously ensure quality . Customized automation solutions play a crucial role in this process. They can minimize sources of error, increase production speeds, and reduce employee workloads. But what do such solutions look like in practice? MARQ4 specializes in customized automation concepts and successfully implements them in various industrial sectors.

Unlock the full potential of your production! Contact MARQ4 for a customized automation solution and sustainably increase your efficiency!

The most important things in brief

Automated packaging solutions : Fewer errors, higher efficiency and reduced personnel costs through robot technology.
Digital product testing : Barcode-supported systems avoid manual errors and increase process reliability.
Assistance systems in assembly : Intelligent worker guidance prevents assembly steps from being carried out in the wrong order.
Individual automation solutions : Flexible systems combine manual work with automation for optimal productivity.
Long-term cost reduction : Process stability and error prevention reduce production costs in the long term.

What is meant by efficiency and how can it be increased?

Efficiency improvement describes targeted measures to optimize work processes, resource utilization, and business processes. The goal is to achieve higher productivity and quality with the same or reduced use of resources. Efficiency in production means making optimal use of raw materials, labor time, and energy to produce the maximum number of defect-free products with minimal effort. This is achieved through smart automation, optimized logistics, and innovative quality control systems.

Increased efficiency can be achieved through automation, digitalization, process optimization, and an intelligent combination of humans and machines . Customized automation solutions, such as those offered by MARQ4 , reduce errors, accelerate production processes , and reduce employee workloads .

Note : Increasing efficiency means analyzing existing processes and implementing targeted measures to improve time management, resource utilization, and cost structure. This can be achieved through automation, digital networking, or ergonomic improvements.

Example 1 – automated packaging solutions: efficiency in the food industry

A striking example of efficiency gains through automation is the packaging project of a leading salmon processor . Before switching to an automated solution, the packaging process was carried out manually by approximately 30 employees. This led to errors such as incorrect labeling or faulty packaging.

By implementing an automated packaging and inspection line from MARQ4, these errors have been virtually eliminated . The new system ensures that every product is precisely labeled and correctly packaged. The result: lower reject rates, reduced labor costs, and consistently high quality .

Example 2 – digital product inspection: Error prevention through barcode-based systems

Another example is Hettich , which has digitized its quality control processes. Previously, employees had to manually check whether the correct product was provided with the correct documentation . This was noted on paper and then transferred to the documentation system—a time-consuming and error-prone process.

Today, this inspection is fully automated using barcode-based systems and computer-controlled software . This not only eliminates sources of error but also significantly improves the speed and reliability of the entire inspection process.

Example 3 – Assistance systems in assembly: Intelligent worker guidance to prevent errors

The implementation of assistance systems can also significantly increase efficiency in production. One example is the worker guidance system developed by MARQ4 for MAN by Marquardt .

Employees are guided step by step through the assembly process, preventing errors in the sequence of assembly steps . An integrated camera monitors each completed work step and provides immediate feedback. If an error is detected, the process can only continue after the correction has been made.

The result: significantly fewer assembly defects and higher process reliability , which minimizes rework and costs .

Note : Increasing efficiency means specifically optimizing work processes to achieve higher productivity with the same or lower use of resources. This can be achieved through automation, digitalization, and an intelligent combination of humans and machines, as practical examples demonstrate: automated packaging solutions, digital product inspections with barcode systems, and assistant-supported worker guidance by Marquardt.

Individual automation solutions: flexibility and production efficiency

A key element of automation is the combination of fully and semi-automated processes to maximize productivity. A practical example shows how MARQ4 optimized semi-automated processes through robot integration .

In a production line, employees had to solder circuit boards, insert them into a testing system, and then package them. This placed a high physical strain and slowed down the process. By using a robot, the workload was redistributed : the operator now focuses solely on soldering, while the robot takes care of the insertion, removal, and packaging. This increased production speed and reduced the ergonomic strain on employees.

Note : The combination of fully and partially automated processes enables flexible and efficient manufacturing. The example of robot integration in a production line demonstrates how employee workload can be reduced while simultaneously increasing production speed.

Increasing manufacturing efficiency: Long-term cost reduction through automation

A frequently asked question is whether automation is economically viable. The answer depends heavily on the specific circumstances.

In the USA, companies expect payback within two to three years because production costs are particularly high there.
In Europe, payback typically takes four to eight years , depending on the company structure and product life cycle.
In testing and measurement technology, the focus is often not on cost savings, but on quality assurance and error prevention.

MARQ4 advises companies on finding the optimal combination of automation and manual work. A fully automated solution isn't always the best choice—in some processes, humans remain more flexible.

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Note : The economic viability of automation solutions depends heavily on the specific conditions. While investments in the US often pay for themselves in just two years, in Europe the timeframe is between four and eight years. MARQ4 helps companies find the optimal balance between cost efficiency and process flexibility through a customized combination of automation and manual work.

Conclusion: More efficiency through individualized automation solutions

Increasing efficiency in manufacturing is a complex interplay of technology, process optimization, and customization . Automated solutions such as robot-assisted packaging systems, digital testing methods, and flexible production concepts reduce error rates, lower costs, and increase productivity.

Customized automation solutions allow for the optimal integration of online programming, Industry 4.0 technologies, and intelligent assistance systems into existing production lines. This is a crucial factor for remaining competitive, especially in the automotive sector .

As a specialist in robot-based automation, MARQ4 develops customized solutions that help companies make their manufacturing more efficient and sustainable. Whether offline or online programming , the right combination of technology and consulting ensures that every project is optimally tailored to the customer's needs.

Would you like to know how automation can make your company more efficient? Let MARQ4 advise you – for tailor-made solutions for your production!