Valve for life sciences applications TitanHP

selectorrotaryplastic

Product description
Designed and tested to ensure reproducible performance, the TitanHP 12/13 reagent selector valve provides accurate reagent distribution for analytical instruments. The validated rotary actuator delivers reliable operation over millions of fluid-distribution cycles. The valve flow path is optimized to reduce system pressure and the unit includes a pre-mounted PCB for straightforward integration with the Python®-based IDEX Health & Science Library.

Valve design and system integration resources

• Valve Solutions Guide: Proven valve solutions tested to millions of cycles for maximum uptime and reliable performance under demanding conditions.
• Understanding and Testing Fluid Flow for Custom Valve Design (White Paper): Factors considered during valve development; simulation tools enable rapid iteration to select optimal geometries before prototyping.
• Integrated Fluidic Subsystems Brochure: Manifold-mounted or standalone rotary shear valves and integrated subsystems designed to reduce fluidic complexity and improve instrument performance.
• Chemical Compatibility Guide: Reference to check material compatibility and ratings for specific chemicals.

Related applications

• Next Generation Sequencing: Precise, repeated reagent cycling for NGS platforms requiring consistent valve timing and accurate flow control.
• Spatial Transcriptomics: Fluidic components and instrument designs supporting rapid, unbiased molecular profiling for spatial omics workflows.

Technical specifications

• Material: PEEK/RPC-7
• Ports: 13
• Positions: 12
• Valve type: Low pressure selector with pre-mounted PCB
• Valve family: TitanHP
• Pressure rating max (psi): 40
• Pressure setting (bar): 2.8
• Control logic: UART, I2C, RS-232