As a valve specialist GEMÜ reduces the space requirements for process plant and, at the same time, increase the performance capability of system components. Multi-port valve blocks made of stainless steel combine various functions for the control of liquids and gases in the smallest possible space.
GEMÜ has been manufacturing innovative, sterile multi-port valve blocks made of stainless steel for 20 years for the pharmaceutical and biotechnology industry. The complexity and compliance with the end customer requirements for modern plant engineering would not be possible without this continuously developing multi-port valve block technology. GEMÜ has not only met the challenge of designing creative solutions; is also mastered the production of these complex components using state of the art CNC machining centres.
For customised block designs we integrate a wide range of functions: blending, splitting, diverting, draining, feeding or cleaning. Double shut offs, cross connections, safety and control functions as well as the integration of sensors, filters and check valves are also possible. GEMÜ can even integrate tanks, process containers and plant housing walls as well as mounting points. Application oriented tasks are assigned to these individual functions, such as distributing media, sampling, sterile steam or connecting cleaning media. Alternatively, they can be used to implement process engineering solutions, such as a minimum flow rate or a block and bleed safety function.
Block solutions provide a greatly simplified alternative to complex pipework with valves, fittings, sensors etc. The block assembly already houses all the required pipework, fittings and connections. In addition to valves, GEMÜ offers a comprehensive range of accessories including controllers, flow meters, stroke limiters and customized sensors which can be integrated into the multi-port valve block.
Advantages:
- Multi-functional unit
- Integration of various sensors and instrumentation components
- Increased plant reliability, among other things by using fewer pipes and connections
- More space and resource saving than conventional solutions
- Competent consultation services from our process engineers
GEMÜ has been manufacturing innovative, sterile multi-port valve blocks made of stainless steel for 20 years for the pharmaceutical and biotechnology industry. The complexity and compliance with the end customer requirements for modern plant engineering would not be possible without this continuously developing multi-port valve block technology. GEMÜ has not only met the challenge of designing creative solutions; is also mastered the production of these complex components using state of the art CNC machining centres.
For customised block designs we integrate a wide range of functions: blending, splitting, diverting, draining, feeding or cleaning. Double shut offs, cross connections, safety and control functions as well as the integration of sensors, filters and check valves are also possible. GEMÜ can even integrate tanks, process containers and plant housing walls as well as mounting points. Application oriented tasks are assigned to these individual functions, such as distributing media, sampling, sterile steam or connecting cleaning media. Alternatively, they can be used to implement process engineering solutions, such as a minimum flow rate or a block and bleed safety function.
Block solutions provide a greatly simplified alternative to complex pipework with valves, fittings, sensors etc. The block assembly already houses all the required pipework, fittings and connections. In addition to valves, GEMÜ offers a comprehensive range of accessories including controllers, flow meters, stroke limiters and customized sensors which can be integrated into the multi-port valve block.
Advantages:
- Multi-functional unit
- Integration of various sensors and instrumentation components
- Increased plant reliability, among other things by using fewer pipes and connections
- More space and resource saving than conventional solutions
- Competent consultation services from our process engineers
