Life sciences applications demand reliable flow measurement across diverse devices and workflows. TSI flow meters are designed to help teams capture accurate, repeatable gas flow data in hospitals, development labs, and production lines. With fast response and low pressure drop, these meters suit sensitive respiratory circuits and research setups where measurement should not significantly affect system behavior.
Use cases in life sciences:
- Ventilator performance checks during service and QA
- Anesthesia delivery verification and leak testing
- Oxygen concentrator and CPAP flow validation
- Respiratory research, including mask and circuit studies
- Bioprocess gas monitoring in lab environments
Key benefits:
- Wide dynamic range for adult, pediatric, and neonatal profiles
- Intuitive interfaces that support quick setup and training
- On-board data logging for trend analysis and recordkeeping
- Connectivity options that simplify data sharing with quality systems
- Accessory ecosystem for common life sciences fittings and circuits
Selection guidance:
- Match the flow range to your device type and expected peaks.
- Consider bi-directional measurement if your test includes inhalation and exhalation phases.
- Choose models with the parameter set (flow, temperature, differential pressure) required by your procedure.
Implementation tips:
- Standardize adapters and quick connects for efficient station setup.
- Use reference checks at defined intervals to support measurement confidence.
- Align file naming and data storage practices with your quality program.
TSI flow meters help life sciences teams move efficiently from setup to result, delivering data that supports device evaluations, research studies, and service documentation. Whether you are in a clinical engineering department or an R&D lab, you gain a versatile toolset designed to fit real-world life sciences workflows.
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