5 Effective Ways to Streamline Production in a Modern Facility

By definition, production improvement is the process of increasing operational efficiency by reducing costs, time, and waste, while maintaining quality. Production optimization encompasses both technological and organizational aspects.

The factors driving the implementation of improvement measures include, above all:

• rising energy and labor costs,
• pressure on OEE metrics,
• shorter production runs,
• employee turnover, and loss of know-how.

Manufacturing facilities that wish to maintain a competitive position in the market must meet increasingly high expectations regarding deadlines and quality. At the same time, companies are grappling with rising costs and workforce availability. In this environment, every improvement is worth its weight in gold, and the sum of seemingly small changes translates into improved production efficiency.

One of the factors that significantly slow down production is paper-based instructions. Traditional documentation makes it difficult to access information quickly and significantly lengthens the search process. Digitizing knowledge allows you to transform scattered information into a structured database, accessible in real time to every employee.

What’s more, video tutorials are an excellent way to implement efficiency improvements, as they significantly reduce training time and enhance understanding of processes. A video tutorial recorded at the workstation shows actual actions and the sequence of steps. The employee does not have to imagine anything based on a dry description – the video accurately illustrates the correctly executed process, and on this basis, the employee can independently recreate it step by step.

Digitizing knowledge and using video tutorials streamline production processes in two ways. First, quick access to clear materials makes it easier for new employees to learn. Second, if they run into problems, they don’t have to ask others for help—usually a few clicks in the system are enough. This significantly reduces downtime. An additional advantage is, of course, retaining knowledge within the company despite high employee turnover. Even if an experienced employee leaves the company, their knowledge does not disappear with them – it remains in the system and can continue to be used by others.

An employee suggestion system based on the Kaizen philosophy enables continuous improvement by collecting and implementing ideas for streamlining processes provided by team members. Most often, it is frontline employees—those directly involved in the process—who are quickest to spot bottlenecks. Using this information to optimize production allows for the gradual elimination of losses resulting from operational shortcomings that are not immediately apparent.

Many companies successfully use traditional, paper-based Kaizen suggestion boxes. However, it is worth taking it a step further and moving this process to a digital environment, where reporting, analyzing, and implementing ideas can take place faster, more conveniently, and with greater engagement from the entire team.

TPM is an approach that assumes that maintaining the machinery in good working order is not only the responsibility of the maintenance department, but of the entire team – including the operators. Instead of incurring costs associated with repairing major breakdowns or purchasing new machines, the team regularly performs simple tasks that help prevent breakdowns and keep the machines in good working order.

TPM checklists – lists assigned to specific machines—play a key role here. At specific times – such as at the start of a shift or once a week – the operator performs a brief inspection and checks off each item. If everything is working properly, they confirm the machine’s operational status. If they notice any deviation, they report it immediately and add a comment. A way to further optimize this process is integration with a CMMS system – in this case, information about irregularities is automatically sent to the maintenance department, which can respond immediately.

Total Productive Maintenance is an effective way to improve OEE by reducing downtime, avoiding costly repairs, and extending machine lifespan.

Information silos often function like the well-known “Chinese whispers” game. Information passes through several people, is conveyed at different times and in different forms, until eventually everyone has a slightly different version of the same message. The result is communication chaos—some are already working on new arrangements, others are still working on the old ones, and part of the team has no access to the information at all. This directly translates into reduced productivity. Waiting for information causes downtime, and acting on outdated data leads to errors, the need for corrections, and additional costs.

A digital board streamlines communication by moving information exchange to a central system accessible to everyone. The tool allows information to be delivered to employees in real time. The personalization of messages also plays a significant role in this regard. Information reaches exactly those people it concerns—whether it’s the entire production line, a specific department, or just the leaders. This solution ensures that selected individuals receive notifications intended solely for them, so they don’t lose focus by scrolling through messages that don’t apply to them.

Skills gaps very quickly lead to production downtime. If a team lacks people with key skills or if the skill level is too low, the production line loses efficiency and, in extreme cases, simply comes to a halt. It only takes one person’s absence or a sudden employee departure for it to become clear that there are no competent individuals available to carry out a given process.

That is why conscious management of employee competencies is so important. An interactive competency matrix makes it easy to see what skills the team has and where there are gaps that need to be filled as soon as possible. A leader can see in the system the actual level of employee readiness and the team’s flexibility, which allows for planning activities in advance. If the competency level in a given area is too low, it is immediately clear that development or training must be planned. There is no room for “putting out fires” at the last minute – decisions are made in advance, before the problem affects production.

There are many effective ways to streamline production from an organizational standpoint – from knowledge management and communication to skills development and maintenance. However, to fully leverage the potential of these solutions, it’s worth combining them into a cohesive ecosystem. This is precisely why noSilo was created—a comprehensive platform for managing production employees that integrates all these areas in one place.

Using the modern noSilo app enables systematic improvements in production efficiency and an increase in the OEE rate. Importantly, this is not a one-time effort, but a foundation for further development, allowing for the gradual implementation of additional improvements and a consistent increase in plant efficiency over time.

Bibliography:

https://mfiles.pl/pl/index.php/Optymalizacja_produkcji;
https://mfiles.pl/pl/index.php/Total_Productive_Maintenance;
https://mfiles.pl/pl/index.php/Kaizen.