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Biocompatible Valves Biocompatible Valves Offer Robust Actuation, Years of Maintenance-Free Operation

Source: Press release Biotech Fluidics 1 min Reading Time

Biotech Fluidics’ biocompatible valves claim to offer the prefect solution for simplifying instrument design as the single rotary distribution valve can replace a bank of up to 24 solenoids valves. It also offers low swept volume and eliminates reagent carryover concerns.

Biotech Fluidics' valving solutions offer low swept volume and eliminate reagent carryover concerns.(Source:  Biotech Fluidics)
Biotech Fluidics' valving solutions offer low swept volume and eliminate reagent carryover concerns.
(Source: Biotech Fluidics)

Incorporating a combination of advanced polymer sealing surfaces – Biotech Fluidics liquid distribution valves are completely biocompatible.

Providing the perfect solution for simplifying your instrument design — a single rotary distribution valve can replace a bank of up to 24 solenoid valves. In addition to providing cost savings – Biotech Fluidics valving solutions offer low swept volume and eliminate reagent carryover concerns, shares the company.

Additional benefits of these biocompatible valves include that they enable the use of air gaps for segmented flow applications, are compatible with magnetic beads and eliminate pumping pulsation inherent in some fluidic control devices, adds the firm.

Available in standard and customer specified configurations, and operating at pressures from vacuum to 2.76 bar, all Biotech Fluidics valves are verified through rigorous durability testing to ensure they deliver a robust liquid distribution solution. Controlled using smart closed-loop control logic allows instrument designers to track the valve positioning in the system, whether you control actuation by RS232, I2C, or Uart, opines the company.

Meticulously designed to ensure precise gear movement, Biotech Fluidics biocompatible valves provide robust actuation and years of maintenance-free operation, concludes the firm.

(ID:50803969)

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