Which purity grades are available for the Eppendorf SafeCode microtubes?

The Eppendorf SafeCode snap cap microtubes (1.5 mL, 2 mL and 5 mL) are certified PCR clean. See purity grades for detailed information.

Is it necessary to buy new equipment to enable the use of Eppendorf SafeCode Microtubes within my existing lab periphery?

No. The shape, diameter, and tube length of the Eppendorf SafeCode Microtubes is the same as of standard Eppendorf microtubes. They are compatible with a wide range of standard laboratory equipment like centrifuges, mixers, racks, boxes etc. The data matrix code on SafeCode consumables can be read with commonly available scanners (built into automatic equipment or hand-held) that can read data matrix codes. The scanner ultimately functions like a keyboard and can be connected to a computer.

For which applications can I use Eppendorf SafeCode Microtubes?

In general, for all applications where microtubes are routinely used. They are especially well suited for cold storage (e.g. at -80 °C), but can be used for sample and reagent handling, biomolecule purification and cell culture applications just as well. The Eppendorf SafeCode microtubes offer the same safety parameters as regular microtubes like centrifugation stability and lid tightness. At the same time, they offer a unique feature in this format – a human readable code (HRC) and the clear 2D data matrix code (DMC) on the lid, which can still be read with an up to 30 % damaged code. It is a unique ID to identify each tube. In addition, it contains ID-specific information about the consumable (certificates, Lot-number, etc.). It enables utmost sample tracking, tracing and documentation.

For which applications can I use Eppendorf SafeCode Conical Tubes?

In general, all applications where standard conical tubes are routinely used: general sample & reagent handling or storage as well as biomolecule purification and cell culture applications. The Eppendorf SafeCode Conical Tubes offer same safety parameters like centrifugation stability and lid tightness. At the same time, they offer unique feature in this format – the clear 2D data matrix code, which can be read with up to 30% damaged code and contains ID-specific, consumable information, which provides utmost sample tracking and documentation.

Is it necessary to buy new equipment to enable the use of Eppendorf SafeCode Conical Tubes within existing lab periphery?

No. The shape, diameter and tube length of the Eppendorf SafeCode Conical Tubes is the same as of standard Eppendorf Conical Tubes. They should be compatible without further adapter with a wide range of standard laboratory equipment like centrifuges, mixers, racks, boxes etc.

How resistant are the Eppendorf SafeCode Conical Tubes to chemicals?

The tubes are made of high quality, transparent polypropylene and resistant to majority of commonly used chemical substances in the laboratory. An overview is provided in Application Note No. 056 "The best material for original Eppendorf Tubes ® and Plates: Properties and chemical resistance of polypropylene". In case a substance/chemical is not listed there, please contact your local Eppendorf contact.

Which purity grades or variants are available for Eppendorf SafeCode Conical Tubes?

The Eppendorf SafeCode Conical Tubes are available in the following purity grades: Eppendorf Quality and Sterile/Pyrogen-free. For general quality certificates, please refer to the tab “Certificates” on the online product page. For lot-specific certificates (only provided for the purity “Sterile/Pyrogen-free”), please refer to www.eppendorf.com/certificates . The DNA and Protein LoBind as well as Amber variants will be available in the future.

Up to which g-force Eppendorf SafeCode Conical Tubes can be centrifuged?

The SafeCode Conical Tubes 5 mL are resistant up to 25,000 x g (*), when used in combination with a suitable rotor or adapter. *: Test conditions: 45° fixed-angle rotor at 40 °C, with aqueous salt solution (density 1.0 g/mL) and 90 min. The SafeCode Conical Tubes 15 mL and 50 mL are resistant up to 19,500 × g (**), when used in combination with a suitable rotor or adapter. **: Test conditions: Rotor FA-45-6-30 in Eppendorf Centrifuge 5810 R (using a suitable centrifuge adapter for 15 mL tube), sample: saline solution (density: 1.0 g/mL), centrifugation temp.: 25 °C, centrifugation time: 90 min.

What SafeCode ID-Specific Information can be accessed at Eppendorf Website?

For each SafeCode Consumable its specific information can be accessed by self-identification of the consumable at the Eppendorf dataport on the Eppendorf Website eppendorf.com/certificates - "SafeCode certificates & documents". This includes: • Lot Nr. • Product description incl. purity • Article no. – link to eShop • Instructions for use • Certificates of quality and purity (general and lot-specific) • Technical data/drawing This information can be downloaded manually (single PDF files or zip file bundle) or automatically through the Eppendorf eLabNext platform.

The SafeCode enables unambiguous identification of the sample. It encodes a number assigned by Eppendorf, which is unique for each Eppendorf Consumable. On the other hand, via the Internet or with the help of eLabInventory / eLabJournal, the sample identification can be digitally supplemented by consumable information (e.g. quality certificate, purity, volume, article number). The SafeCode is more than just a data matrix code with ECC200 error correction. It also provides the ability to easily and completely digitally document the used vessel. The SafeCodes of the CryoStorage Vials SafeCodes are constructed either from EQ + 8 digits or ER + 8 digits.

What is data matrix code?

A data matrix code is a 2D barcode. It is a picture of dates and symbols. Data in a Datamatrix code is machine-readable using optical readers, such as camera scanners, and processed electronically.

How do I know that a code has not been awarded twice?

Eppendorf guarantees that all SafeCodes are only used once for Eppendorf products. But it may be that the same code was also given by another manufacturer for a foreign product.

What kind of devices and software do I need to use the SafeCode system?

To read and process the SafeCode system, you need a Datamatrix code compatible reader and GS1-128 compliant software. Optimum use is ensured by the RackScan b and RackScan s, as well as eLAB Inventory.

Is it possible to store samples in Eppendorf SafeCode consumables in the freezer?

Yes, the SafeCode consumables (tubes, plates and cryo vials) can be stored down to -86 °C.

For what applications are SafeCode consumables suitable for?

The SafeCode consumables offer enormous benefits when fully digital sample tracking and information archiving is required. In principle, the SafeCode consumables may be used for the same applications as their standard (no SafeCode) counterparts. The micro-centrifuge and conical tubes may be used for various sample/reagent processing, purification, and storage steps. The deep-well plates may be used for higher throughput sample/reagent handling and storage. The PCR plates for PCR and similar applications (sequencing, NGS).

What is SafeCode and what information does it encode?

The SafeCode is a pre-labelled and durable coding on consumables (data matrix code and clear coding). The SafeCode ID is a serial number issued by Eppendorf that is unique to every Eppendorf SafeCode Consumable. This facilitates a precise tracing of samples in the laboratory. Additionally, this ID links all the relevant product data and product specific documents, such as lot number, technical data and certification of conformity. This data can be accessed via the Eppendorf dataport on teh Eppendorf website.

Is it necessary to buy new equipment to be able to use Eppendorf SafeCode consumables?

The SafeCode data matrix code can be read with hand-held scanners (smartphones app may also be possible). The hand-held scanner ultimately functions like a keyboard and can be connected to every computer in the same way. Alternatively, the user can read the clear-text code manually and thus no additional equipment is necessary. Correspondingly, entries in eLAB can be made via a hand scanner for the 2D code, but also via the keyboard for the human readable code.

Are Eppendorf SafeCode consumables autoclavable?

SafeCode Consumables are not suitable for autoclaving. Where applicable (conical tubes, cryostorage vials) we recommend our pre-sterilized option.

Are SafeCode labels resistant to chemicals?

SafeCode consumables have same resistance as the standard consumables (without the SafeCode) please refer to the respective application note (056) or Operating Manual for more details.

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SafeCodeチューブ

Different barcoded vessels with SafeCode arranged in a circle

Several tubes with labels, handwritten, printed, and barcoded

1.5, 2.0, and 5.0 mL snapcap tubes with Eppendorf SafeCode barcode label to ensure safe sample identification, being on bench

15 mL conical tube with Eppendorf SafeCode barcode label to ensure safe sample identification

50 mL conical tube with Eppendorf SafeCode barcode label to ensure safe sample identification

Barcoded 50 mL conical tube from Eppendorf with SafeCode in hand of scientist

5, 15, and 50 mL conical tubes with Eppendorf SafeCode barcode label to ensure safe sample identification, stored in rack

Person in the lab scanning a barcoded tube with a handheld scanner for documentation purposes

Scientist transfers sample liquid into barcoded conical tube by using a pipet helper

50 mL conical tubes with Eppendorf SafeCode barcode label to ensure safe sample identification in hand of scientist and scanned by hand scanner

Scientist scans 1.5 mL snapcap tube with Eppendorf SafeCode barcode label to ensure safe sample identification

View on different barcoded tubes with SafeCode

5 mL conical tubes with Eppendorf SafeCode barcode label to ensure safe sample identification in hand of scientist and scanned by mobile phone

15 mL conical tubes with Eppendorf SafeCode barcode label to ensure safe sample identification in hand of scientist and scanned by handheld scanner

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試料内でロスがありました？ベンチですべてのチューブを識別します。

ラボでの実験を文書化する必要があります：すべてのステップ、すべての容器、すべての試料。専用のラボ文書化は、安全で明確な試料識別子に基づいています。
Eppendorfチューブ用SafeCodeシステムはバーコードをベースにした安全な試料識別に基づいています。2D datamatrix codeは同じ情報の明確なコーディングによって強化されています。
バーコードは安全な試料リーディングのための信頼できるプロセスです。特に Eppendorf dataportで使用できるチューブを中心にして他のドキュメンテーションと組み合わせると信頼できます。

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ベンチで作業しているときに、チューブラベルについてどれくらいの頻度で困惑しますか？
容器の側面または上部にある清潔で安定したラベルは、科学生活をはるかに容易にします。EppendorfチューブはSafeCode付きです。 - グッドデザインの2Dバーコーディングシステム。SafeCodeシステムの事前にラベルが貼り付けられた丈夫な2レベルコーディング(datamatrix codeとクリアコーディング)のメリットを利用して、安全なサンプル識別を可能にします。安全なIDは、 Eppendorf dataportで専用の消耗品に関するオンライン情報でサポートされています。
チューブの範囲は、幅広いストレージアプリケーション向けに1.5 mL～50.0 mLの容量をカバーしています。この一連の容器は、安全な試料同定ソリューションを、既存のSafeCode CryoStorage Vials-80° C保管からベンチでの日常作業に拡張します。

容器ラベルを符号化しようとしていますか？

「保管されている容器にはラベルを貼らなければならない」 – すべてのラボメンバーが同意するもの。実際には、ラベリング無しでも、読めないラベリング付きでも、フリーザーの中に常に容器がいくつかあります。読みやすくするためにはっきりしたラベルを貼ることをお勧めします。平文での容器への印刷ラベルは安全な読書のための最低条件です。Barcodingは、迅速で安全な試料同定に向けたさらなる一歩です。
barcodeはデータの光学的表現であり、機械可読です。

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SafeCodeチューブ

Eppendorf SafeCode vessels

Tubes with different labels 5 mL screw cap handwritten barcode

Eppendorf SafeCode snapcap tubes at bench

Eppendorf 15 mL conical tube with SafeCode ID

Eppendorf 50 mL conical tube with SafeCode ID

Eppendorf SafeCode 50 mL conical tube

Eppendorf SafeCode conical tubes in rack

Eppendorf tube with SafeCode ID

Eppendorf SafeCode conical tubes in hand

Eppendorf SafeCode 50 mL conical tube in hand while scanning

Scanning Eppendorf SafeCode snapcap tube at bench

Eppendorf SafeCode microtubes

Eppendorf SafeCode 5 mL conical tube in hand while scanning

Eppendorf SafeCode 15 mL conical tube in hand while scanning

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容器ラベルを符号化しようとしていますか？