Hirschmann Haematocrit Capillaries, 75 µl, for Single Use, Non-Heparinized, Pack of 10 x 100

The Hirschmann Haematocrit Capillaries, 75 µl, are designed for precise blood volume measurements in laboratory settings. These capillaries are intended for single-use applications, ensuring hygiene and preventing cross-contamination. Non-heparinized to avoid interference with hematocrit tests, they provide reliable results for accurate blood analysis.

Key Features:

• Brand: Hirschmann
• Volume: 75 µl per capillary for accurate blood collection
• Single Use: Prevents cross-contamination and ensures cleanliness
• Non-Heparinized: Suitable for hematocrit tests without interference from anticoagulants
• Packaging: Pack of 10 x 100 capillaries for convenient bulk use
• Application: Ideal for laboratories conducting blood volume and hematocrit analysis

The Hirschmann Haematocrit Capillaries offer precision and reliability for laboratory professionals requiring accurate and hygienic blood sample collection.

Frequently Asked Questions

1. What is the Hirschmann Haematocrit Capillaries, 75 µl, for Single Use, Non-Heparinized, Pack of 10 x 100 used for?

It are designed for precise blood volume measurements in laboratory settings. These capillaries are intended for single-use applications, ensuring hygiene and preventing cross-contamination. Non-heparinized to avoid interference with hematocrit tests, they provide reliable results for accurate blood analysis.

2. Is this product suitable for laboratories conducting blood volume and hematocrit analysis?

Yes. It is designed for laboratories conducting blood volume and hematocrit analysis, and offers a volume of 75 µl per capillary for accurate blood collection to support this kind of work.

3. What volume does this product have?

It has a volume of 75 µl per capillary for accurate blood collection.

4. What single use and non-heparinized does this product offer?

It offers the following key features: prevents cross-contamination and ensures cleanliness and suitable for hematocrit tests without interference from anticoagulants.