Single Channel pipette 0.2–2 µL NEXTY-S2 Watson

Single Channel Pipette 0.2–2 µL NEXTY-S2 Watson

The NEXTY-S2 Watson Single Channel Pipette is a highly precise laboratory instrument designed for ultra-micro volume liquid handling in the range of 0.2 to 2.0 µL. With a fine minimum scale of 0.001 µL, it provides exceptional control and reliability for experiments that demand the highest accuracy and consistency.

This pipette is particularly suitable for advanced applications in molecular biology, genetics, PCR preparation, and biotechnology, where handling very small sample volumes is critical. Its lightweight, ergonomic design ensures user comfort during repetitive pipetting tasks, reducing strain and increasing efficiency in the laboratory.

Engineered with high standards, the NEXTY-S2 offers both accuracy and repeatability. It is compatible with standard 204 and 207 pipette tips, making it versatile for different laboratory setups.

Main Features

1. Ultra-fine volume range of 0.2–2.0 µL for micro-volume applications.

2. Minimum scale of 0.001 µL for maximum precision.

3. High accuracy: ±15% at 0.2 µL and ±2.5% at 2.0 µL.

4. Excellent precision: ≤8.0% at 0.2 µL and ≤1.0% at 2.0 µL.

5. Ergonomic and lightweight body design for comfortable use.

6. Compatible with 204 and 207 pipette tips.

Technical Specifications

• Model: NEXTY-S2

• Type: Single Channel Pipette

• Volume Range: 0.2–2.0 µL

• Minimum Scale: 0.001 µL

• Accuracy: ±15% (0.2 µL) – ±2.5% (2.0 µL)

• Precision: ≤8.0% (0.2 µL) – ≤1.0% (2.0 µL)

• Compatible Tips: 204 / 207

• Dimensions: 3.50 x 14.35 x 2.95 cm

• Catalog Number: NT-S2

• Unit: 1 piece

Applications

• PCR and qPCR setup

• DNA/RNA manipulation and sequencing

• Molecular biology and genetic engineering

• Enzymatic assays and biochemical studies

• Advanced biotechnology research requiring ultra-micro liquid handling

Conclusion

The NEXTY-S2 Watson Single Channel Pipette is an essential tool for laboratories that work with extremely small sample volumes. Combining accuracy, precision, and user-friendly design, it ensures reliable performance in sensitive and high-demand applications.