Product Information
Our Eppendorf twin.tec® PCR Plates are made for reproducible high-quality results in robotic systems. They combine extremely thin-walled polypropylene wells for optimal heat transfer to the sample with robust polycarbonate frames for high rigidity and geometrical consistency.
Our new bio-based plates open up new doors to make laboratory work significantly more sustainable without the need to revalidate existing protocols when switching from our legacy plates.
They are manufactured using polymer resins made from bio-based renewable resources. The production process follows the mass balance approach where fossil oils are substituted by second-generation renewable resources (e.g. waste and residues from forestry, vegetable oil refining or waste cooking oil). The resulting biobased polymers are chemically identical to the fossil oil-based polymers. This allows us to deliver to you the identical superior technical performance as compared to our non-BioBased plates.
Our manufacturing sites are ISCC PLUS certified by the International Sustainability & Carbon Certification organization (ISCC).
The special design and manufacturing process results in high precision products. Every single plate is a high-performance component in your workflow offering superior reproducibility.
With their laser-engraved lot and expiration date, twin.tec PCR plates BioBased are ideally suited for your complex studies, automated high-throughput applications and regulated workflows. They support traceability and documentation for your next audit.
In addition to their high-throughput and compliance features, these microtiter plates come with a laser-engraved optical guiding grid and OptiTrack® matrix that ensure quick well-orientation when you are pipetting manually.
All Eppendorf Plates are available with customized barcodes – you will find our barcode wizard here.
All Eppendorf twin.tec plates are 'PCR clean', having been batch-tested and certified by an independent and accredited laboratory to be free of a range of common PCR contaminants, including DNA, RNA, DNAse, RNAse, and PCR inhibitors. With these microplates you’ll have maximum confidence in your results.
Disposal of Eppendorf twin.tec® Trace PCR Plates BioBased and their packaging material
Recycling of materials becomes more and more important every day. E.g. in Europe almost 100 % of cardboard material is already recycled. The packaging material of the Eppendorf twin.tec® Trace PCR Plates BioBased is made of different materials – for the most part made from cardboard.
Eppendorf consumables and thus also Eppendorf twin.tec® Trace PCR Plates BioBased are shipped in packaging in which both the shipping carton and the folding carton consist of at least 93 % recycled cardboard.
Please support our global sustainability initiative of recycling valuable raw material by collecting the cardboard packaging material. Dispose of the packaging material in the designated collection containers in your organization and region. In respect to the bags made of Polyethylene (PE) we recommend that you select a dedicated recycling partner where PE material can be recycled. Contact your facility or local waste management company to understand the available recycling options for your organization.
After usage, the plates themselves are defined as potentially being contaminated. This contamination can be based on biohazard, chemical hazard, or even nuclear hazard. Therefore, recycling of these vessels can be challenging. In many countries, critical waste must be burned due to legal restrictions. However, energy and heat can be recovered from thermal recycling of contaminated laboratory consumables.
To reduce the amount of critical plastic waste, you should use at least two waste containers: One for critical waste and one for non-critical waste. The definition of these two groups may depend on local regulations and should be communicated/trained in your lab accordingly. For further local waste recycling options please contact your local biosafety officer and your local waste management.
We strongly recommend a certified local recycling partner. Keeping it "local", will reduce the impact of transportation, and the "certified" aspect is recommended due to the safe and sustainable handling of lab waste.
