Hamilton Microlitre Syringes 1005/RN

The Hamilton Microlitre Syringe 1005/RN is designed for precision liquid handling in laboratory settings. Its advanced construction ensures reliable performance, while the RN (Removable Needle) feature provides flexibility for various applications. This syringe is ideal for high-accuracy measurements, making it perfect for scientific, medical, and industrial use.

Key Features:

• Brand: Hamilton
• Model: 1005/RN, featuring removable needle for convenience and flexibility
• Precision: Designed for accurate and repeatable liquid measurements
• Application: Suitable for laboratory, medical, and industrial environments
• Removable Needle: Provides ease of use and adaptability in various tasks

The Hamilton Microlitre Syringe 1005/RN is a high-precision tool ideal for a range of professional environments requiring the utmost accuracy and flexibility in liquid handling.

Frequently Asked Questions

1. What is the Hamilton Microlitre Syringes 1005/RN used for?

It is designed for precision liquid handling in laboratory settings. Its advanced construction ensures reliable performance, while the RN (Removable Needle) feature provides flexibility for various applications. This syringe is ideal for high-accuracy measurements, making it perfect for scientific, medical, and industrial use.

2. Is this product suitable for laboratory, medical, and industrial environments?

Yes. It is designed for laboratory, medical, and industrial environments, and offers designed for accurate and repeatable liquid measurements and ease of use and adaptability in various tasks to support this kind of work.

3. What precision and removable needle does this product have?

It has the following key features: designed for accurate and repeatable liquid measurements and ease of use and adaptability in various tasks.

4. What are the key features of this product?

It offers the following key features: Designed for accurate and repeatable liquid measurements; Suitable for laboratory, medical, and industrial environments; Provides ease of use and adaptability in various tasks.