Hamilton Microliter Syringe 1002-TLL, 2500 µL

The Hamilton Microliter Syringe 1002-TLL, with a capacity of 2500 µL, is designed for precise and accurate liquid handling in laboratory applications. This syringe is built for high performance, offering a smooth and reliable flow of liquids, especially for volumes in the mid-range. The Hamilton Microliter Syringe ensures minimal waste and maximum accuracy, making it ideal for research, clinical, and analytical labs. It features a durable design with a precision-engineered plunger, ensuring consistency in every measurement.

Key Features:

• Brand: Hamilton
• Capacity: 2500 µL for mid-range liquid handling
• Precision: Ensures accurate liquid delivery with minimal waste
• Application: Ideal for laboratory, clinical, and analytical use
• Durability: Designed for reliable and long-lasting performance in demanding environments

The Hamilton Microliter Syringe 1002-TLL is a trusted tool for professionals seeking precision and accuracy in liquid measurement.

Frequently Asked Questions

1. What is the Hamilton Microliter Syringe 1002-TLL, 2500 µL used for?

It is designed for precise and accurate liquid handling in laboratory applications. This syringe is built for high performance, offering a smooth and reliable flow of liquids, especially for volumes in the mid-range. The Hamilton Microliter Syringe ensures minimal waste and maximum accuracy, making it ideal for research, clinical, and analytical labs. It features a durable design with a precision-engineered plunger, ensuring consistency in every measurement.

2. Is this product suitable for laboratory, clinical, and analytical use?

Yes. It is designed for laboratory, clinical, and analytical use, and offers a capacity of 2500 µL for mid-range liquid handling to support this kind of work.

3. What capacity does this product have?

It has a capacity of 2500 µL for mid-range liquid handling.

4. What precision and durability does this product offer?

It offers accurate liquid delivery with minimal waste and designed for reliable and long-lasting performance in demanding environments.