Experience Hamilton Syringe 50 µl, Model 1710.5 Tllx, Ptfe Luer Lock, Instrument Plunger Stop, Instrument Syringe Pro Version [cnICOWsv]

Hamilton Syringe 50 µL, Model 1710.5 TLLX

Introducing the Hamilton Syringe 50 µL, Model 1710.5 TLLX, a precision instrument designed for optimal performance in laboratory applications. This syringe is crafted with high-quality materials and precision engineering to ensure accurate and reliable measurements. With its PTFE Luer Lock connection, the Hamilton Syringe 50 µL provides secure and leak-proof handling, making it ideal for a variety of research and industrial tasks.

• High Precision: The syringe features an instrument plunger stop for precise control and repeatable results.
• Material Quality: Constructed with PTFE, the syringe is resistant to chemicals and offers excellent durability.

Key Features and Specifications

The Hamilton Syringe 50 µL, Model 1710.5 TLLX, is a versatile tool that offers a range of features to enhance your laboratory workflows. Its instrument plunger stop ensures that you can achieve precise measurements with ease. The PTFE Luer Lock connection not only provides a secure fit but also minimizes the risk of leakage, ensuring the integrity of your experiments.

• Instrument Plunger Stop: Ensures precise control and repeatable results, essential for accurate measurements.
• PTFE Luer Lock: Offers a secure and leak-proof connection, protecting your samples and maintaining experiment integrity.

Practical Uses and Benefits

The Hamilton Syringe 50 µL, Model 1710.5 TLLX, is a versatile tool that can be used in a variety of applications. Whether you are conducting research in molecular biology, pharmacology, or any other scientific field, this syringe is designed to meet your needs. Its small volume capacity makes it ideal for precise dosing and sample handling, while its robust construction ensures long-lasting use.

• Small Volume Handling: Perfect for delicate applications requiring precise control over sample volumes.
• Chemical Resistance: The PTFE material ensures compatibility with a wide range of chemicals, making it suitable for various research environments.