10-100ul Single Channel Adjustable Pipettor Variable Volume Micropipette with Large Capacity Tip for Laboratory Use Precision Liquid Handling

Enhance your laboratory precision with this Single Channel Adjustable Volume Pipettor, designed for accurate liquid handling in the 10 to 100 µL range with easy 5 µL increment adjustments. Featuring a clear digital display, the volume setting is straightforward and precise—simply rotate the piston button to select your desired volume with confidence. Key Features: · Adjustable Volume Range: Covers 10 to 100 µL with 5 µL increments, enabling flexible and precise sample handling for various experimental requirements. · Digital Volume Display: Provides clear and accurate volume readings, minimizing errors and improving repeatability in pipetting tasks. · Autoclavable Tip Cone: The detachable tip cone can be autoclaved at 121°C, ensuring sterile conditions and contamination-free sample handling for reliable lab results. · Durable and Heat-Resistant Materials: Constructed with an ABS pipettor body for high-temperature resistance, combined with a PA material control button and tip ejector cover for enhanced durability and longevity. · Easy Operation Design: Utilizes exhaust principles with a tip ejector feature for simple and quick tip replacement, streamlining workflow while minimizing cross-contamination risks. · High Accuracy and Recalibration Capability: Each pipettor undergoes rigorous accuracy testing, and can be recalibrated as needed to maintain precise volume delivery over time. Specifications: · Item Type: Single Channel Pipettor · Material: ABS (body), PA (control button and tip ejector cover) · Measurement Range: 10–100 µL (adjustable in 5 µL increments) Package Includes: · 1 x Single Channel Adjustable Volume Pipettor This Adjustable Volume Pipettor is an essential tool for laboratory professionals seeking reliable, accurate, and easy-to-use liquid handling solutions. Its robust construction and autoclavable design ensure long-lasting performance and sample integrity, making it ideal for a wide range of scientific applications.