LabExact
HydroBlokr™ Serological Pipette Protection Device, 0.22µm, Female Luer Male Slip, 10/Pk SKU: LE-HYBK2-10

Featuring proprietary multi-layered membrane technology delivering advanced cross-contamination protection for serological pipette controllers and liquid handling systems. Multi-layered membranes within an ultrasonically welded device create a check-valve effect when wet, providing immediate flow blockage upon contact with aqueous solutions. 0.22µm pore size configuration delivers precise filtration while maintaining high-flow characteristics that extend battery life and motor performance in automated systems.

Key Membrane Protection Characteristics

Immediate reaction membrane technology stops and blocks further passage upon contact with aqueous solutions
Stop, block and lock functionality halts operation and locks out further usage until replaced, preventing cross-contamination
Permanent blockage cannot be "blown out" ensuring complete protection against fluid re-introduction
Extraordinarily high flow rates compared to simple hydrophobic barrier filters create less restrictive vacuum paths
High-flow design extends battery and motor life by reducing operational stress on pipette controllers

Key Construction Characteristics

Female Luer Male Slip connection provides universal compatibility with standard serological pipette controllers
Installation requires less than 1 minute with drop-in replacement design matching standard filter geometry
Plainly evident indication of need-to-replace through halted operation eliminates guesswork during routine maintenance
Compatible with most serological pipette and liquid handling controllers including metered bulb, motorized, premium and budget models
Nonsterile construction optimized for routine laboratory applications requiring contamination barrier protection

LE-HYBK2-10 filters deliver exceptional contamination protection while maintaining operational efficiency throughout extended pipetting procedures. Function remains identical to standard hydrophobic filters until wetted, ensuring seamless integration into existing workflows without protocol modifications. Proprietary technology significantly reduces the harmful effects of overdraw and accumulated wetting due to repeated aspiration, maximizing your investment in precision pipette controllers while safeguarding critical sample integrity across cell culture, molecular biology, and analytical laboratory applications.