Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL

The Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL is designed for use in compatible laboratory heating and thermoshaking workflows. This heating block supports 1 Axygen deep-well plate with a 96/2000 µL format, providing a practical accessory for controlled sample heating applications.

Key Features:

• Brand: Grant
• Product Type: Heating block
• Compatibility: For 1 Axygen deep-well plate
• Plate Format: 96/2000 µL
• Application: Suitable for compatible laboratory heating and sample preparation workflows

This Grant heating block is suitable for laboratories requiring reliable support for Axygen deep-well plate heating applications.

Frequently Asked Questions

1. What is the Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL used for?

It is designed for use in compatible laboratory heating and thermoshaking workflows. This heating block supports 1 Axygen deep-well plate with a 96/2000 µL format, providing a practical accessory for controlled sample heating applications.

2. Is the Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL suitable for compatible laboratory heating and sample preparation workflows?

Yes. It is designed for compatible laboratory heating and sample preparation workflows, and offers a plate format of 96/2000 µL to support this kind of work.

3. What plate format does the Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL have?

It has a plate format of 96/2000 µL, and is supplied under manufacturer part number B-2A.

4. What is the Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL compatible with?

It is compatible with for 1 Axygen deep-well plate.

5. How does the Grant Heating Block, For 1 Axygen Deep-Well Plate, 96/2000 µL compare with the LLG Safety Cover for 1000 ml Heating Block from LLG?

For compatible laboratory heating and sample preparation workflows, the Grant model is the better choice, offering a plate format of 96/2000 µL. The LLG model offers safety by reducing risk during heating procedures as an alternative, while the Grant model's specification suits compatible laboratory heating and sample preparation workflows.