Pharmaceutical Flow Control & Measurement
Application guidance for powders, liquids, dosing, filling and OEM medical equipment—with careful attention to wetted materials, cleaning, documentation and validation.
Choose by process function
Hygienic suitability is configuration-specific, and measurement technology must be qualified in the full system. These guides organize the first technical questions without overstating certifications or regulatory scope.
Technology pathways
AKO pinch valves
Process isolation and control configurations, including selected hygienic connection options.
Titan flow meters
Turbine, oval-gear and ultrasonic technologies for liquid dosing and monitoring.
Define the hygienic and measurement requirements first
| Requirement | What to document |
|---|---|
| Product contact | Fluid, concentration, wetted materials and any required documentation. |
| Cleaning and sterilization | Method, chemicals, temperatures, duration and frequency. |
| Measurement duty | Flow range, batch size, accuracy requirement, output and response needs. |
| Mechanical integration | Connection standard, installation space, orientation and enclosure needs. |
Important limitations
Do not infer hygienic suitability, regulatory compliance or validation status from a general product-family description. Those requirements must be confirmed for the exact product and configuration. Bubbles, pulsation, viscosity and very low flow can also affect flow-meter selection.
What to send technical sales
- Fluid and product-contact requirements
- Minimum, normal and maximum flow or batch volume
- Pressure and temperature, including cleaning cycles
- Connection standard and required surface or documentation criteria
- Output, power, control and enclosure requirements
- Expected annual quantity for OEM programs
Common questions
Does this page certify a product for pharmaceutical use?
No. Suitability and documentation must be confirmed for the exact model and application before specification.
Which flow-meter principle is best for very low flow?
That depends on the fluid, flow range, viscosity, bubbles, pressure loss, accuracy and integration requirements. Submit those details for comparison.