For OEMs regulating the flow of gas, liquid, or vapour, customised flow solutions offer efficient flow control, simplified integration and long-term performance, but their effective design and implementation is complex and multidisciplinary, requiring forethought, as specialist low-flow solutions provider Bronkhorst explains here.
Developing a customised flow solution begins with a thorough understanding of the system’s functional and technical requirements. This includes identifying whether the gas, liquid, or vapour control application fits the required functionalities, specifications, cost factors and logistical constraints. Taking a holistic view from the outset helps ensure the final design is both practical and well aligned with the OEM’s operational goals.
Working closely with technical experts throughout the process strengthens the outcome. Collaboration enables OEM engineers to combine their system knowledge with specialist insight into flow measurement and control technologies. This joint effort ensures solutions integrate naturally into equipment architectures and support long-term performance.
A key aim of any customised flow design is to simplify integration. Compact assemblies, combined functionality and plug and play configurations help reduce engineering workload, shorten development cycles and minimise overall cost of ownership. Rather than adapting machines to standard components, modular and application specific designs allow OEMs to incorporate flow control more efficiently.
Modularity plays an important role in achieving this. By combining valves, filters, flow meters, pressure control and other functions on customised manifold blocks, engineers can create solutions that fit the unique footprint and operational needs of each machine. This ensures reliable performance while keeping the design as streamlined as possible.
Throughout development, it is essential to respect the confidential nature of OEM applications. Many industries rely on discreet integration, from analytical equipment and burner control to additive dosing, coating systems and process humidification. Protecting intellectual property is therefore a fundamental aspect of customised solution design.
Thorough testing under real operating conditions confirms that the tailored solution performs as intended. In one example, a laser system manufacturer asked Bronkhorst to provide a more robust alternative to its analogue flow meters. Iterative engineering and validation led to a compact, durable instrument that met all specifications and could be produced reliably at scale.
Successful customised flow solutions draw on multidisciplinary expertise; from engineering and applications knowledge to awareness of market developments. Combining these perspectives helps ensure solutions remain innovative, reliable and ready for future demands.
