We have previously examined the development of valves from history to the present day. Now, we take a look into a possible future: what kinds of changes and new opportunities might lie ahead in valve technology – and especially in ball valves?
It’s important to remember that predicting the future is not an exact science. We cannot know for certain what will happen, but there are already multiple signs and trends that point toward potential directions. Based on these, we can outline what kinds of solutions the future may bring.
Durable Materials and Recyclability
Environmental responsibility and extending product lifespan are becoming increasingly important goals across all industries. For valves, this means customers are seeking solutions that can withstand challenging conditions but do not require complete replacement when parts wear out.
Maper’s valves are already designed with this in mind: the body and handle can last for decades, while wear parts such as seals and balls can be replaced easily. This extends service life, supports the circular economy, and reduces the overall lifecycle carbon footprint.
Modularity and Customization
In the future, valves are expected to be even more adaptable. A single model may not suit all applications, so there is a growing need for solutions tailored precisely to customer requirements.
This could mean customization of valve connections, control features, or materials. With current technology, one-off designs can be expensive, but as technology advances – for example, with 3D printing – the costs of such customization could decrease.
Maper already manufactures special valves today for even the most demanding and unique applications. In the future, these could be produced more cost-effectively and quickly.
3D Printing of Metal Components
Metal 3D printing is becoming more widespread, and it will likely be used even more extensively in the production of ball valves.
In particular, valve balls, connection ends, and internal components could be 3D printed in the future. This would enable the production and optimization of more complex geometries tailored to specific applications. It could also shorten delivery times and reduce material waste.
Smart Valves
Digitalization and IoT are already everyday realities in many industries, and valves are following this trend. It is very likely that more sensors and smart features will be integrated into valves, enabling them to measure parameters such as pressure, temperature, flow, or tightness in real time.
In the future, valves could alert operators of maintenance needs, adjust their operation automatically, or even shut down in emergencies. This would improve both safety and operational reliability.
Conclusion
Valve technology may be on the verge of a transformation. In the future, development could move toward more durable, intelligent, and customizable solutions.
Maper actively monitors these trends and develops its products to meet future needs – combining traditional expertise, customer-oriented design, and the latest manufacturing technologies.
Looking for a valve solution perfectly suited to your application? Get in touch – together, we can find or develop a valve that will meet even the demands of the future.
18.8.2025
