NT-S8200 NEXTY-S 8 Multi Channel Pipette 20-200 µL Watson

NT-S8200 NEXTY-S 8 Multi Channel Pipette 20–200 µL Watson

The NT-S8200 NEXTY-S 8 Multi Channel Pipette is designed for laboratories that demand precision, efficiency, and reliability in high-throughput liquid handling. With a volume range of 20–200 µL, this pipette is well-suited for applications involving microplate-based assays, molecular biology, and diagnostic testing. Its 8-channel design enables simultaneous pipetting across multiple wells, significantly reducing handling time while maintaining accuracy.

Features

1. High accuracy and precision – Accuracy of ±3.0% at 20 µL and ±1.0% at 200 µL, with precision of ≤1.0% at 20 µL and ≤0.5% at 200 µL.

2. 8-channel configuration – Enhances productivity by allowing pipetting across 8 wells at once, ideal for microplate work.

3. Adjustable volume range – Flexible operation from 20 to 200 µL with a fine scale increment of 0.1 µL.

4. Ergonomic and lightweight – Reduces hand strain during extended pipetting sessions, ensuring comfort and ease of use.

5. Wide tip compatibility – Compatible with 705, 703, 503, 505, and 801 tips for versatile laboratory integration.

6. Robust design – Built with durable materials for long-lasting performance and minimal maintenance requirements.

Applications

• ELISA and microplate assays

• PCR preparation and genetic analysis

• Molecular biology and biochemistry studies

• Diagnostic and clinical testing

• High-throughput screening

• Routine liquid handling in research and industrial labs

Technical Specifications

• Model: NT-S8200 NEXTY-S 8 Multi Channel Pipette

• Volume range: 20–200 µL

• Minimum increment: 0.1 µL

• Accuracy: ±3.0% (at 20 µL) | ±1.0% (at 200 µL)

• Precision: ≤1.0% (at 20 µL) | ≤0.5% (at 200 µL)

• Compatible tips: 705 / 703 / 503 / 505 / 801

• Unit: 1 unit

Conclusion

The NT-S8200 NEXTY-S 8 Multi Channel Pipette combines precision, durability, and ergonomic comfort, making it a valuable tool for laboratories working with 96-well plates and other high-throughput systems. Its wide tip compatibility and reliable performance ensure consistent results across diverse applications, establishing it as a trusted choice for modern research and diagnostic environments.