Semi-skirted bioBased 96-well PCR plates

As laboratories strive for increased throughput in high-performance applications, the environmental impact of single-use plates made from fossil-based plastics becomes more significant. The growing demand for sustainable solutions has driven the development of biobased consumables, enabling laboratories to reduce their carbon footprint without the need for revalidating existing protocols.

In response to this demand, Eppendorf has made a new addition to the portfolio of twin.tec® Trace Plates: automation-friendly, two-component skirted and semi-skirted PCR plates, now made from biobased feedstock. These 96-well plates are available in translucent clear and offer the same high reliability and performance that customers have come to expect.

Each component of the new plates is made from bio-circular polymers, produced using second-generation renewable feedstock, and following the mass balance approach. The wells, designed for optimal heat transfer, are crafted from 100% biobased polypropylene, while the rigid frame is composed of 77% biobased polycarbonate. This innovative combination delivers a robust and sustainable PCR plate that meets the rigorous demands of high-throughput workflows.

Manufactured in a certified ISCC PLUS* environment, the twin.tec® Trace PCR Plates BioBased have also received ACT certification, ensuring they meet stringent sustainability criteria. All biobased consumables are produced under the ISCC PLUS certification system in Germany, and they undergo regular external audits and certifications to maintain these high standards.

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