How are the sterile Eppendorf Deepwell Plates packed?

The plates are packed stacked in a resealable ZipLock bag.

Are Eppendorf Deepwell Plates together with the colored border resistant against organic solvents?

Eppendorf Deepwell Plates are made of polypropylene. All parts of the plate (colorless/colored parts and coding) have the same high resistance against chemicals and are resistant against many organic solvents. For details please see our Application Note no. 56: The best material for original Eppis.

Is it possible to store Eppendorf Deepwell Plates at –196°C in liquid nitrogen?

No - we recommend storage at –80°C.

Are Eppendorf Deepwell Plates autoclavable?

Yes, but the dimensional precision of the plates can be affected. If the use of sterile plates is needed we recommend Eppendorf Plate ® Deepwell Sterile.

Are Eppendorf Deepwell Plates LoBind ® coated or siliconized?

No - the plates are neither coated nor siliconized.

Does the polypropylene of the Eppendorf Deepwell Plates contain plasticizers?

No – Eppendorf Deepwell Plates are made of polypropylene which does not contain plasticizers.

Eppendorf Deepwell Plates are withstand high centrifugation forces – What are the limits?

Eppendorf Deepwell Plates Standard and LoBind can be centrifuged up to 6000 x g. Eppendorf Plate ® Deepwell Sterile withstand up to 5000 x g. For details refer to the ' Instruction for Use '.

What are the precise dimensions of Eppendorf Deepwell Plates?

Please see for that Plate Dimensions included in the Technical Information on our homepage .

Are Eppendorf Deepwell Plates available with Barcode?

Yes - Eppendorf Deepwell Plates are optional available with Barcode. Detailed ordering information can be found under our homepage .

What is an origin/composition of the material used for Eppendorf BioBased consumables?

All Eppendorf BioBased consumables—including tubes, plates, and tips—are manufactured using renewable-based feedstock, which is typically recycled from food oil wastes and residues. In addition, small percentage of fossil-based feedstock may be used in some cases. The exact percentage of BioBased material can vary between different products; detailed information about the composition is provided in the individual product certificates. The renewable-based feedstock used in these consumables is strictly monitored and certified by the ISCC PLUS System (International Sustainability & Carbon Certification), which is a globally recognized certification scheme for manufacturers of bio-based polymers and related products. This certification ensures that the raw materials are fully traceable back to their first collection points and that their origins are from certified suppliers committed to sustainability. For precise details on the BioBased content of a specific product, please refer to the individual certificate associated with that product.

Is the material used for Eppendorf BioBased consumables simply recycled food oil waste?

No, the material used for Eppendorf BioBased consumables is not simply recycled food oil waste. While the renewable-based feedstock often originates from sources like food oil wastes and residues, it undergoes an advanced and thorough refinement process. During this process, the bio-based feedstock is extensively purified and broken down (de-polymerized) into its pure monomer building blocks. These pure monomers are then used in a classical polyolefin manufacturing process to create entirely new polypropylene. The result is a material that is chemically identical to virgin (new) polypropylene—ensuring high purity and performance. For a detailed overview of this process, please refer to the figure below or visit our information page

Eppendorf BioBased consumables are ISCC PLUS certified. What is “ISCC PLUS” Certification ?

ISCC PLUS (International Sustainability & Carbon Certification) is a globally recognized certification program designed for the circular economy and bioeconomy. This certification enables full traceability of materials along the entire supply chain, from the initial raw materials—such as agricultural products, waste, or residues—all the way to the finished product. ISCC PLUS is applicable across various industries, including food and feed, chemicals, pharmaceuticals, and bioplastics. By achieving ISCC PLUS certification, companies demonstrate that their supply chains are regularly audited for sustainability, transparency, and responsible sourcing. This includes products made from waste, residues, and recyclable materials. Some of the key benefits of ISCC PLUS certification include: Traceability: Materials can be tracked at every step of the supply chain.Proof of Raw Material Identity: The origin and type of raw materials are clearly documented. Third-Party Verification: All information is independently audited and verified. Strengthened Consumer Confidence: Certification from an impartial, global organization reassures users about sustainability claims. Overall, ISCC PLUS supports the transition toward a more sustainable and circular economy, benefiting both businesses and the environment.

Can Eppendorf BioBased consumables be used for the same applications as standard products?

Yes, all Eppendorf BioBased consumables — such as tubes, plates, and tips — are designed to be fully compatible with the same applications as their standard counterparts. Whether you’re handling samples and reagents, performing storage, preparing for assays, or working with cell and microorganism cultures, BioBased consumables can be used seamlessly in your routine laboratory workflows. Importantly, Eppendorf BioBased consumables offer the same safety and assay performance as conventional products. This includes equivalent centrifugation stability, lid tightness, storage temperature tolerance, and low leaching levels. For detailed, product-specific performance comparisons, please refer to the respective application notes, where the performance of BioBased products has been directly compared with standard products and shown to deliver the same results. In addition to maintaining high quality and reliability, these BioBased products provide a sustainable alternative for laboratories aiming to reduce their environmental impact or achieve specific sustainability goals—without compromising on performance.

Is the mechanical and chemical stability of Eppendorf BioBased consumables the same as standard Eppendorf products?

Yes! All Eppendorf BioBased consumables—such as tubes, plates, and tips—are made from high-quality, refined polypropylene that possesses the same mechanical and chemical properties as the virgin polypropylene historically used in standard Eppendorf products. This means that critical safety and performance parameters—including centrifugation stability, lid tightness, leaching levels, and overall durability—are identical between BioBased and standard consumables. The chemical resistance profile of BioBased consumables is also equivalent to that of conventional Eppendorf materials. For a comprehensive overview, please refer to Application Note No. 056, “The best material for original Eppendorf Tubes ® and Plates: Properties and chemical resistance of polypropylene.” If you require information about the compatibility of a specific substance or chemical not listed in the application note, please contact your local Eppendorf representative. In summary, you can expect the same reliability, safety, and performance from Eppendorf BioBased consumables as you do from their standard counterparts.

Are Eppendorf tubes, plates (also LoBind variants), and pipette tips resistant to 100% acetonitrile?

Eppendorf tubes, plates including LoBind, and pipette tips are resistant to 100% acetonitrile only in room temperature conditions. Above 40°C and prolonged exposure (days) may lead to partial damage and is not recommended. For lower acetonitrile concentrations the resistance parameters will be better so prolonged exposure and higher temperatures may be possible. This must be however tested by the customer.

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Eppendorf Deepwell Plates BioBased

ACT label of sustainability certification for Eppendorf DWP 96-2000 BioBased (green)

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Eppendorf Deepwell Plates BioBased生物基深孔板助您实现可持续发展目标——高品质96孔板，激光刻印批号和有效期，确保可追溯。

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Eppendorf Deepwell Plates BioBased 96/2000 µL

孔透明, 2,000 µL
PCR 洁净/无蛋白, 白色, 20 块 (5 包 × 4 块)

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目录编号 0030501012

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Eppendorf Deepwell Plates BioBased 96/2000 µL

孔透明, 2,000 µL
PCR 洁净/无蛋白, 翠绿, 20 块 (5 包 × 4 块)

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目录编号 0030501020

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如对可靠性、稳定性和效率有更高要求，请选择Eppendorf Deepwell Plates BioBased生物基深孔板。此款深孔板现已推出96孔规格，并有白色和翠绿色两种板边颜色可选，在手动和自动化应用流程中均有出色性能。采用OptiTrack^® 矩阵和高对比度数字字母组合标签，板边激光刻印批号和有效期，可将样本识别效率提高30 %，同时减少移液误差。经认证纯度达到 PCR 洁净级且不含蛋白质，适用于分子和蛋白质应用。深孔板采用二代生物基聚合物制成，可再生原料含量至少达到95 %（按质量平衡法计，如植物油精炼产生的废物和残渣以及废弃食用油；更多详情请访问eppendorf.link/biobased），产品相关碳足迹显著降低。提供符合各项标准和总体质量要求的“通用质量证书”、产品特定和批次特定纯度证书以及“ACT Certificates”（由独立机构My Green Lab^®开展的环境影响因子认证），证明Eppendorf能够满足客户对质量和可持续性的要求，长期使用生物基耗材能够显著降低实验室碳足迹。Eppendorf Deepwell Plates深孔板适用于从-86 ºC样本储存到100 ºC DNA变性等各种应用，可为实验室树立全新操作标准。

高耐用性与精准度，完美适配自动移液系统

• 96孔
• 2,000 µL，即将推出更多体积版本。
• 每块孔板的批号和有效期均采用激光刻印，确保可追溯
• Eppendorf PCR clean 洁净级与protein-free 无蛋白纯度级
• 绿色与白色板边
• g–Safe^®：卓越的离心稳定性，最高可耐受RCF 6,000 x g，有助加快实验进程、提高样本质量
• 孔边缘加高且表面光滑，即使采用热封方式，也能确保可靠密封。
• 采用高品质聚两烯制成，高度耐受化学腐蚀、机械应力和极端温度。
• 可高温高压灭菌（121 °C、20 分钟）
• 生产过程不含脱模剂、软化剂或抑菌剂

更多信息详见第56期应用文献：生产原装Eppendorf Tubes^®离心管与工作板的理想材料：聚丙烯特性及耐化学性。应用文献第 146期：Eppendorf Plate^® Deepwell 96孔和384孔板：g–Safe^®.

采用RecoverMax^® 孔井设计，显著提高样本回收率

Deepwell深孔板采用经优化的RecoverMax^®孔井结构设计，能够显著提高样本回收率和混匀效果。孔角的圆润光滑设计有助于防止样品损失并大幅减少残留体积，而方孔板的光滑轮廓几乎可以消除毛细作用和交叉污染的风险。

更多信息详见第145期应用说明：Eppendorf Plate^® Deepwell 96孔和384孔板：RecoverMax^®. 另请参阅第184期应用说明：Eppendorf Deepwell Plate: 使用Eppendorf epMotion^®全自动移液系统，测定残液量。

Eppendorf consumables BioBased生物基耗材及其包装材料处置

材料回收目前已变得日益重要。以欧洲为例，硬纸板几乎已实现100 %全部回收。Eppendorf consumables BioBased生物基耗材包装由不同材料制成，其中绝大部分为硬纸板。在Eppendorf 耗材的包装材料中，运输纸箱和折叠纸盒至少含有92 %的再生纸板。请收集离心管纸板包装材料，以实际行动支持回收有价值原材料的全球可持续发展倡议。请将收集的包装材料放到所在组织和地区指定回收容器内。离心管一经使用，就会被定义为可能受到污染。这种污染可能导致生物危害、化学危害，甚至是核危害。因此，其回收可能极具挑战性。多国法律规定，危险废物必须焚烧处理。对已污染的实验室耗材进行热能回收处理，还可回收其中产生的能量和热量。为减少危险塑料废物产生量，应至少准备两个废物箱：一个用于放置危险废物，一个用于放置非危险废物。两类废物的具体定义取决于当地法规，应在实验室进行相应宣传/培训。如需了解有关当地废物回收方案的更多信息，请联系当地生物安全官和废物管理机构。强烈建议选择经认证的当地回收合作伙伴。实行“本地”处置能够减少运输影响，建议选择“认证”回收机构则是为确保以安全且可持续的方式处置实验室废物。