By: Ankit Modi, Managing Director, Durakraft Extrusions
Construction moves quickly. Projects become larger, schedules are tighter, and expectations for quality are increasing. For manufacturers of building materials, just making more is not enough anymore. The focus has shifted to making better, faster, and with more consistency.
This is the point where manufacturing automation helps.
Manufacturers in the building materials sector are moving toward automated production, digital quality control, real-time monitoring, and data-based decisions. The aim is not just to bring in more machines to a factory. The idea is to create a production environment where machines and humans work together to achieve better results, with better control over production processes and resources.
Changing from speed in production to being smart in production
Today, efficiency in manufacturing means not only high output. Manufacturers also control such aspects of manufacturing as quality, resource expenditure, consumption of energy, and idleness.
Many automated systems of production are able to ensure stable and consistent results when performing similar operations repeatedly. Systems are able to work at defined rates and to follow specific demands, thus reducing all possible discrepancies typical for operations performed by human beings.
In the case of uPVC profiles, consistency also depends on what goes into the production process. Raw-material quality, formulation, additives, blending consistency and material preparation can all influence the performance of the finished profile. Better control at these stages can help reduce variation and improve repeatability during production. . It doesn’t matter whether the profile is used for a sliding door, a casement window, a tilt-and-turn window system, or a fold-and-slide door—stability of production is always important to guarantee proper functionality of the final product. This makes process control important from the very beginning of manufacturing, rather than only at the final stage.
Quality Begins with Production
Quality should not be tested after the completion of the production cycle. In fact, it should be kept under control throughout the process. Consistent material preparation and controlled production parameters can further help maintain repeatability across different batches.
Automation is streamlining the process of creating constant monitoring of quality. Modern sensors and control systems are capable of measuring critical parameters such as temperature, velocity, length, and productivity of equipment. It is possible to avoid the negative effects of deviations thanks to identifying them during the production.
It is essential to observe the process of production of uPVC profiles, as dimensional accuracy is essential to achieve correct continuous work of windows and doors. Automated monitoring can therefore contribute to maintaining consistency of characteristics between different batches of products.
Save as Much as Possible
The high level of efficiency constantly borders on sustainability. Growing prices for raw materials and increased need for efficiency in resource use make manufacturers take efforts aimed at waste reduction.
Waste is not only an environmental problem but also a burden for a business budget. Inefficient processes lead to the usage of raw materials, energy, time, and manpower without a necessity.
The use of automation can enable manufacturers to locate and eliminate their inefficiencies, resulting in improved efficiency. More specifically, automation enables them to accurately measure production processes and understand their resource consumption better.
When it comes to extrusion production, better management of production parameters ensures efficient use of raw resources while maintaining compliance with the specifications of the finished products. The objective is not simply to use fewer resources, but to reduce unnecessary waste without compromising product quality.
The Importance of Data in Manufacturing
One of the remarkable consequences of automation is that data has gained a new importance in manufacturing.
Modern automation systems are capable of collecting data on such parameters of production processes as productivity, production efficiency, quality, energy usage, machine performance, and downtime, which gives a better understanding of the production process.
The most important advantage of data is that it allows manufacturers to shift from reactive decision-making to proactive one.
By utilizing certain maintenance equipment, preventative maintenance can be applied when unusual patterns of performance of the machine are noticed. In a similar fashion, if a certain production phase causes constant delays, the data collected can help understand why it happens.
The building material manufacturers can be directly impacted by this because the delays at the factory will influence the timing of installations and contribute to possible delays in construction.
Therefore, if the process of monitoring and predictive maintenance is improved, this can lead to higher reliability of production.
Making Manufacturing Safer
Manufacturing conditions usually include the necessity for repeated actions, usage of heavy machines, high temperatures, and other problems. Automation can take over doing such repeated operations, thus relieving workers.
Nevertheless, this does not decrease the importance of human labor in the process. It only modifies it.
While machines are performing the repeated actions, employees can concentrate on quality control, maintenance, supervision and problem-solving. As a result, new requirements for working skills start to appear, with employees increasingly needing to understand and operate automated equipment.
Flexibility Will Matter More
The market for building materials is getting more varied. Architects, builders, fabricators, and owners demand products that can meet various functional and design specifications.
Therefore, producers need production capabilities that can be changed around yet still operate effectively.
Automated and digital technologies may help increase flexibility of the production process, as they allow for changing production parameters based on design specifications. For example, in the uPVC segment, the technology allows for producing different designs of profiles depending on the type of window and door but still ensuring the high quality of products being produced.
Being able to produce different products easily will become an important plus for the market with its movement towards more customized building solutions.
Technology and Humans Should Cooperate
It is mostly thought that automation implies a decrease in the human factor in manufacturing. But automation brings more value through changing the manner of human work. Machines are superior in repetitive tasks; on the contrary, humans possess experience, analytical and creative thinking, and problem-solving skills. The most effective manufacturing environments should combine machine and human abilities.
This means that manufacturing will require investment in both advanced technology and professionals. Automation makes sense when employees know how to run and improve automated equipment.
Making the Factory of Tomorrow
Manufacturing automation is not just a technical improvement anymore. It has become an important aspect of the future success of building materials companies.
Indeed, the main opportunity lies in the creation of the environment where machines, people, processes, and information work as one.
Factories to come will not be the ones with the maximum number of machines, but rather the factories that use technology in a thoughtful manner, possess deep insights about their processes, and enable workers to collaborate with it.
Since the construction industry continues to advance, the manufacturing industry will need to adapt alongside it. Businesses that are able to strike the right balance between technology and knowledge will be able to fulfill the increasing demands in terms of quality, speed, efficiency, and reliability.