Autoclavable Pipette 500–5000 µL NEXTY-A5000 Watson

Autoclavable Pipette 500–5000 µL NEXTY-A5000 Watson

The Autoclavable Pipette 500–5000 µL NEXTY-A5000 Watson is a high-capacity pipette designed for laboratories that require precise handling of large liquid volumes. With an adjustable range from 500 to 5000 µL, this pipette is ideal for applications in biochemistry, microbiology, clinical diagnostics, and industrial laboratories. Its autoclavable design ensures sterility and safety, making it suitable for sensitive workflows and contamination-free operations.

Features

1. Wide volume range – Adjustable from 500 to 5000 µL, ideal for large-volume liquid transfers.

2. High accuracy – Delivers ±2.0% accuracy at 500 µL and ±0.8% at 5000 µL.

3. Superior precision – Ensures reproducible results with ≤0.6% at 500 µL and ≤0.3% at 5000 µL.

4. Autoclavable body – Fully sterilizable for contamination-free use and long-lasting reliability.

5. Ergonomic design – Lightweight and easy to handle, reducing strain during extended pipetting tasks.

6. Tip compatibility – Works seamlessly with 401 tips for secure fit and reliable performance.

Applications

• Large-volume liquid transfers in molecular biology and biochemistry

• Preparation of reagents, buffers, and culture media

• Clinical and diagnostic laboratory workflows

• Industrial and pharmaceutical testing

• Sterile and contamination-free applications requiring autoclaving

Technical Specifications

• Model: NT-A5000 NEXTY-A5000 Autoclavable Pipette

• Volume range: 500–5000 µL

• Minimum increment: 5 µL

• Accuracy: ±2.0% (at 500 µL) | ±0.8% (at 5000 µL)

• Precision: ≤0.6% (at 500 µL) | ≤0.3% (at 5000 µL)

• Compatible tips: 401

• Body dimensions: 3.50 × 14.35 × 2.90 cm

• Unit: 1 unit

Conclusion

The NT-A5000 NEXTY-A5000 Autoclavable Pipette is a dependable solution for laboratories handling large liquid volumes with precision and consistency. Its autoclavable design, wide volume range, and ergonomic construction make it an essential tool for high-performance and contamination-free laboratory work.