Thermo Scientific Finnpipette Novus Sc Pipette - 1-10ul Micro Pack of 1 Piece (46200000)

Description:

The Thermo Scientific Finnpipette Novus Sc Pipette, available in a pack of 1 piece with the model number 46200000, stands as a pinnacle of precision, engineered for accurate and versatile liquid handling in laboratory applications. Emblematic of Thermo Scientific's dedication to quality and innovation, this pipette provides researchers with a reliable tool for precise pipetting in the 1-10 µl microvolume range.

Key Features:

1. Adjustable Volume Range: The Finnpipette Novus Sc offers an adjustable volume range of 1-10 µl, specifically tailored for microvolume applications where precision in the microliter scale is paramount. This range is ideal for tasks such as DNA quantification and other sensitive assays.

2. Ergonomic Design: Engineered with user comfort in mind, the pipette features an ergonomic design. The lightweight construction, comfortable grip, and smooth plunger action reduce hand strain during extended pipetting sessions, ensuring a positive and efficient user experience.

3. Easy Volume Adjustment: The user-friendly design includes an easy-to-adjust volume setting mechanism. Researchers can swiftly and precisely set the desired volume, facilitating efficient and accurate pipetting for a diverse range of laboratory tasks.

Benefits:

1. Precision and Accuracy: The Finnpipette Novus Sc is meticulously crafted to deliver exceptional precision and accuracy in the 1-10 µl microvolume range. Researchers can rely on the reliability of volume settings, ensuring reproducible results in experiments requiring minute sample volumes.

2. Reduced Hand Fatigue: The ergonomic design contributes to reduced hand fatigue during prolonged pipetting sessions. This feature is particularly valuable in laboratories where efficiency and user comfort are essential for maintaining consistent and reliable results.

3. Versatility in Microvolume Applications: Tailored for microvolume applications, the pipette is well-suited for tasks such as DNA and RNA quantification, enzyme assays, and other molecular biology techniques requiring precise handling of small sample volumes.