Supertek Class A Graduated Pipette Mohr Type with Calibration Certificate

The Supertek 1 ml Class A Graduated Pipette Mohr Type with Calibration Certificate, identified by the code 77.302.0011, is a precision laboratory instrument designed for accurate liquid dispensing in small volumes. This pipette follows the Class A standard, indicating a high level of accuracy and precision, making it suitable for applications demanding meticulous measurements, such as analytical chemistry and biological research.

With a nominal capacity of 1 ml, this pipette is well-suited for tasks requiring precise handling of minute volumes. The Mohr type design indicates that the pipette has a graduated scale along its length, allowing for variable volume dispensing. This flexibility is valuable in applications where different volumes need to be measured and dispensed accurately.

A notable feature of this Supertek pipette is the inclusion of a Calibration Certificate. This certificate serves as official documentation that the pipette has undergone rigorous calibration procedures, ensuring that its accuracy meets the specified standards. Calibration is a crucial step in establishing the traceability of measurements, providing users with confidence in the reliability of their results.

Manufactured by Supertek, a reputable laboratory equipment supplier, this Class A Graduated Pipette Mohr Type undergoes stringent quality control measures. The use of high-quality materials and precision manufacturing processes ensures the pipette's accuracy and reliability, meeting the demanding requirements of laboratories engaged in critical scientific research.

Researchers and professionals working with small volumes in laboratories, such as those in biotechnology or pharmaceutical settings, can rely on the Supertek 1 ml Class A Graduated Pipette Mohr Type for precise liquid dispensing. The combination of the Mohr type design, Class A accuracy, and the Calibration Certificate makes this pipette a dependable tool for achieving accurate and reproducible results in tasks requiring precise volumetric measurements.