Heathrow Scientific Microtube Racks, Interlocking for 4 Sizes, Yellow, 175 x 95 x 51 cm

The Heathrow Scientific Microtube Racks are designed to securely hold microtubes of 4 different sizes, ensuring organized and efficient sample storage. The interlocking design allows for easy customization and expansion of storage capacity. With a bright yellow color, these racks are easily visible and suitable for laboratory environments. This rack measures 175 x 95 x 51 cm, offering ample space for organizing microtubes in a compact form.

Key Features:

• Brand: Heathrow Scientific
• Design: Interlocking for customizable and expandable storage
• Color: Yellow for visibility and easy identification
• Size: 175 x 95 x 51 cm
• Compatibility: Suitable for 4 sizes of microtubes
• Application: Ideal for organizing and storing microtubes in laboratory settings

This microtube rack offers a practical solution for organizing your laboratory’s microtubes and enhancing the efficiency of your sample storage system.

Frequently Asked Questions

1. What is the Heathrow Scientific Microtube Racks, Interlocking for 4 Sizes, Yellow, 175 x 95 x 51 cm used for?

It are designed to securely hold microtubes of 4 different sizes, ensuring organized and efficient sample storage. The interlocking design allows for easy customization and expansion of storage capacity. With a bright yellow color, these racks are easily visible and suitable for laboratory environments. This rack measures 175 x 95 x 51 cm, offering ample space for organizing microtubes in a compact form.

2. Is this product suitable for organizing and storing microtubes in laboratory settings?

Yes. It is designed for organizing and storing microtubes in laboratory settings, and offers a size of 175 x 95 x 51 cm to support this kind of work.

3. What size does this product have?

It has a size of 175 x 95 x 51 cm.

4. What is this product compatible with?

It is compatible with 4 sizes of microtubes. It also offers interlocking for customizable and expandable storage and yellow for visibility and easy identification.