Supertek Class A Graduated Pipette Mohr Type with NABL Certificate

The Supertek 25 ml Class A Graduated Pipette Mohr Type with NABL Certificate, identified by the code 72.302.0025, is a precision laboratory instrument designed for accurate and reliable liquid dispensing in small volumes. The Mohr type design indicates that the pipette has a graduated scale, allowing for variable volume dispensing, which is particularly useful in applications requiring flexibility in measurement.

The Class A designation signifies that this pipette adheres to the highest accuracy and precision standards, making it well-suited for critical tasks in analytical chemistry, pharmaceutical research, and other scientific fields where precise measurements are crucial. The 25 ml nominal capacity of this pipette makes it ideal for applications demanding accuracy in small volume transfers.

A distinguishing feature of this Supertek pipette is the inclusion of an NABL (National Accreditation Board for Testing and Calibration Laboratories) Certificate. This certificate serves as documented proof that the pipette has undergone meticulous calibration procedures in a laboratory accredited by NABL. This accreditation ensures that the calibration process adheres to international standards, providing a high level of confidence in the pipette's accuracy and traceability to established measurement standards.

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

Laboratories and researchers working with small volumes in fields such as biotechnology or pharmaceutical research can rely on the Supertek 25 ml Class A Graduated Pipette Mohr Type with NABL Certificate for precise liquid dispensing. The NABL certification, coupled with the Class A accuracy and Mohr type design, makes this pipette a trustworthy tool for achieving accurate and reproducible results in tasks requiring precise volumetric measurements.