Karl Hammacher Dissecting Needles – 50mm, Pointed, Curved, CrNi Steel

The Karl Hammacher Dissecting Needles are made from high-quality CrNi-steel, ensuring durability and precision in laboratory dissection tasks. With a length of 50 mm and a curved, pointed design, these needles are ideal for intricate dissection work, offering enhanced control and accuracy. Whether used for educational purposes or research applications, these dissecting needles provide reliable performance for various lab procedures.

Key Features:

• Brand: Karl Hammacher
• Material: CrNi-steel for durability and corrosion resistance
• Length: 50 mm, perfect for precision tasks
• Design: Pointed and curved for enhanced control during dissection
• Application: Ideal for dissection in laboratory and educational settings

These Karl Hammacher Dissecting Needles are an essential tool for labs that require precision and reliability in dissection tasks, making them a valuable addition to any laboratory collection.

Frequently Asked Questions

1. What is the Karl Hammacher Dissecting Needles – 50mm, Pointed, Curved, CrNi Steel used for?

It are made from high-quality CrNi-steel, ensuring durability and precision in laboratory dissection tasks. With a length of 50 mm and a curved, pointed design, these needles are ideal for intricate dissection work, offering enhanced control and accuracy. Whether used for educational purposes or research applications, these dissecting needles provide reliable performance for various lab procedures.

2. Is this product suitable for dissection in laboratory and educational settings?

Yes. It is designed for dissection in laboratory and educational settings, and offers a length of 50 mm, perfect for precision tasks to support this kind of work.

3. What length does this product have?

It has a length of 50 mm, perfect for precision tasks.

4. What is this product made from and what features does it include?

It is made from crNi-steel for durability and corrosion resistance. It also offers pointed and curved for enhanced control during dissection.