Eppendorf twin.tec Trace PCRPlate 384 BioBased LoBind, skirted, PCR clean, clear, 25 plates

The Eppendorf twin.tec Trace PCRPlate 384 BioBased LoBind is engineered for high-throughput PCR applications where sample retention is critical. Featuring Eppendorf’s trusted LoBind technology, this clear, skirted 384-well plate ensures low protein and nucleic acid binding, maximizing sample recovery. Made from sustainable BioBased plastic and certified PCR clean, it supports eco-conscious and contamination-sensitive workflows.

Key Features:

• Brand: Eppendorf
• Format: 384-well plate
• Technology: LoBind surface for minimal sample loss
• Material: BioBased clear plastic
• Design: Skirted for enhanced robotic compatibility
• Purity: PCR clean
• Packaging: Pack of 25 plates

Ideal for qPCR, NGS, or other sensitive molecular biology workflows where accuracy and sample integrity are essential.

Frequently Asked Questions

1. What is the Eppendorf twin.tec Trace PCRPlate 384 BioBased LoBind, skirted, PCR clean, clear, 25 plates used for?

It is engineered for high-throughput PCR applications where sample retention is critical. Featuring Eppendorf’s trusted LoBind technology, this clear, skirted 384-well plate ensures low protein and nucleic acid binding, maximizing sample recovery. Made from sustainable BioBased plastic and certified PCR clean, it supports eco-conscious and contamination-sensitive workflows.

2. Is this product suitable for qPCR, NGS, or other sensitive molecular biology workflows where accuracy and sample integrity are essential?

Yes. It is designed for qPCR, NGS, or other sensitive molecular biology workflows where accuracy and sample integrity are essential, and offers a format of 384-well plate to support this kind of work.

3. What format does this product have?

It has a format of 384-well plate.

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

It is made from bioBased clear plastic. It also offers loBind surface for minimal sample loss, skirted for enhanced robotic compatibility and PCR clean.