Q1: What is the core advantage of the tapered tip design in IVD sampling?
A1: The tapered tip design enables low-resistance insertion and precise fluid transfer, reducing sample disturbance, ideal for smooth penetration and high-precision sampling, ensuring data consistency, maintaining consistent component geometry.
Q2: How does mirror polished stainless steel improve probe component durability?
A2: The mirror polished stainless steel offers strong corrosion resistance, a smooth surface with minimal retention, easy daily cleaning, adapting to high-frequency use and maintaining long-term structural reliability, ensuring durable component construction.
Q3: How does the long straight slender shaft ensure sampling accuracy in narrow channels?
A3: The long straight slender shaft ensures a straight fluid path, reducing internal turbulence, suitable for precise positioning in narrow channels, improving continuous sampling accuracy and low-retention performance, maintaining consistent component geometry.
Q4: How does the cylindrical limit collar assist in installation?
A4: The cylindrical limit collar accurately locks installation depth, preventing deviation, ensuring coaxial stability, and facilitating standardized repeat positioning and assembly, ensuring reliable component integration.
Q5: What role does the stepped connection end play in equipment assembly?
A5: The stepped connection end provides a secure mating base, enhancing external tubing sealing, improving overall structural stability, and effectively avoiding loosening and deviation after assembly, ensuring reliable component integration.
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