Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600

The Ritter Robotic Pipette Tips 1100 µl are designed for automated liquid handling systems, compatible with Qiagen conductive racks. These high-quality tips ensure precision, reduce contamination risks, and optimize workflow efficiency in your laboratory.

Key Features:

• Brand: Ritter
• Volume: 1100 µl
• Compatibility: Fits Qiagen conductive racks
• Packaging: Pack of 9600 tips
• Application: Ideal for robotic pipetting and automated liquid handling

Enhance your automated processes with Ritter’s reliable and precise pipette tips, designed for high throughput and contamination control.

Frequently Asked Questions

1. What is the Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600 used for?

It are designed for automated liquid handling systems, compatible with Qiagen conductive racks. These high-quality tips ensure precision, reduce contamination risks, and optimize workflow efficiency in your laboratory.

2. Is the Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600 suitable for robotic pipetting and automated liquid handling?

Yes. It is designed for robotic pipetting and automated liquid handling, and offers a volume of 1100 µl to support this kind of work.

3. What volume does the Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600 have?

It has a volume of 1100 µl, and is supplied under manufacturer part number 49001-0000.

4. What is the Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600 compatible with?

It is compatible with qiagen conductive racks.

5. How does the Ritter Robotic Pipette Tips, 1100 µl for Qiagen Conductive Rack, Pack of 9600 compare with the Thermo Scientific ClipTip 384-30 µL Filtered Sterile Pipette Tips in Rack (Pack of 10x384) from Thermo Scientific?

For robotic pipetting and automated liquid handling, the Ritter model has the edge: it offers a larger volume than the Thermo Scientific model (1100 µl versus 30 µL). The Thermo Scientific model offers a volume of 30 µL by comparison.