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PE12752 Aspirating Pipet

Catalogue Number PE12752
Material PS
Dimensions Volume: 1-100 mL
Form Aspirating Pipets

Aspirating Pipet is a precision liquid handling tool manufactured from PS using controlled injection moulding and dimensional inspections. Stanford Advanced Materials (SAM) applies microscopic and pressure testing methods to monitor mould integrity and ensure batch-to-batch consistency. This pipet is engineered for laboratory applications requiring exact form factors and chemical inertness. SAM's systematic evaluation protocol minimises variability, thereby supporting research environments that depend on reproducible performance.

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FAQ

How does the polymer structure of PS influence the pipette’s performance under repeated use?

The inherent molecular structure of PS contributes to dimensional stability and chemical inertness, reducing deformation during repetitive pipetting. This ensures that the pipette maintains its calibration over prolonged use in liquid handling tasks within controlled laboratory environments.

What quality control methods are used to verify the dimensional accuracy of the aspirating pipette?

SAM employs microscopic inspection and precision pressure testing during production. These measures help detect moulding inconsistencies and verify that the pipette’s dimensions conform to strict tolerances, which is crucial for reproducible liquid transfer applications.

How can temperature fluctuations affect the performance of a PS-based aspirating pipette?

Temperature variations may cause minor expansion or contraction in PS materials. This effect could alter liquid volume accuracy in sensitive applications. Maintaining a stable operating temperature minimises such deviations, which is important for ensuring consistent performance during laboratory operations.

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