EP0030079469
Eppendorf CryoStorage Vials with SafeCode system (data matrix code, barcode and plain text labels)
sterile, capacity 1.0 mL, pack of 960 × (10 x individually packed racks with 96 vials each)
同義詞:
Cryo tubes, Cryogenic tubes, Eppendorf® SafeCode Vials
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About This Item
分類程式碼代碼:
41121704
NACRES:
NB.11
推薦產品
材料
flat bottom
polypropylene
screw top cap
無菌
sterile
特點
DNase free
endotoxin free
neck thread External
製造商／商標名
Eppendorf® 0030079469
包裝
pack of 960 × (10 x individually packed racks with 96 vials each)
參數
temp. range at -196 °C
容量
1.0 mL
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一般說明
Eppendorf CryoStorage Vials use the three-level coding of the SafeCode system (data matrix code, barcode and plain text) to enable secure sample identification. Up to 96 pre-labeled vials are already prepared with lids in racks for convenient use. The volume range of the vials covers 0.5 mL to 4.0 mL for a variety of storage applications, e.g. B. -80 °C in the ultra deep freezer. CryoStorage Vials are the vessels of choice for modern space-saving storage while meeting the highest standards of sample security, management and tracking.
"Every stored vessel must be labeled" - every laboratory employee agrees. However, the reality is different: in every ULT freezer there is at least one container without labeling or with completely illegible labeling. It is recommended that vessels be clearly labeled so that they can be easily and reliably identified by anyone. Minimum requirements for reliable reading are printed plain text labels on the vessels. One step further in the direction of fast and reliable sample identification is then labeling with barcodes, barcoding.
A barcode is a machine-readable visual representation of data.
A barcode is a machine-readable visual representation of data. With classic 1D barcodes, the data is encoded by bars of different widths and gaps in between. Two-dimensional codes (2D) are based on points, hexagons, rectangles or other geometric patterns. These codes are also referred to as data matrix codes.
The following specifications apply to 2D codes:
The Eppendorf CryoStorage Vials offer secure sample IDs and simple and fast sample identification through 3-level coding:
"Every stored vessel must be labeled" - every laboratory employee agrees. However, the reality is different: in every ULT freezer there is at least one container without labeling or with completely illegible labeling. It is recommended that vessels be clearly labeled so that they can be easily and reliably identified by anyone. Minimum requirements for reliable reading are printed plain text labels on the vessels. One step further in the direction of fast and reliable sample identification is then labeling with barcodes, barcoding.
A barcode is a machine-readable visual representation of data.
A barcode is a machine-readable visual representation of data. With classic 1D barcodes, the data is encoded by bars of different widths and gaps in between. Two-dimensional codes (2D) are based on points, hexagons, rectangles or other geometric patterns. These codes are also referred to as data matrix codes.
The following specifications apply to 2D codes:
- The edge pattern (finder pattern) consists of two constant lines on the left and below, the "clock track"
- The quiet zone (quiet zone) surrounds the edge pattern, it should not contain any black and white contrast
- The code can be white on a black background or black on a white background.
The Eppendorf CryoStorage Vials offer secure sample IDs and simple and fast sample identification through 3-level coding:
- 1D barcode (side)
- Plain text (side)
- 2D data matrix code with ECC 200 error correction (bottom)
應用
CRYOSTORAGE
特點和優勢
3-level coding for safe sample identification
ECC 200 error correction function enables safe code reading with up to 30 % damaged codes
Temperature range: -196 °C (gas phase of LN2) to +121 °C
Manufactured from high-quality polypropylene in class VIII cleanroom for highest sample purity
Pre-capped and pre-racked for comfortable handling
Additional information on vials available via Eppendorf website for documentation purposes
Direct import into Eppendorf eLABInventory and eLABJournal software for convenient handling
ECC 200 error correction function enables safe code reading with up to 30 % damaged codes
Temperature range: -196 °C (gas phase of LN2) to +121 °C
Manufactured from high-quality polypropylene in class VIII cleanroom for highest sample purity
Pre-capped and pre-racked for comfortable handling
Additional information on vials available via Eppendorf website for documentation purposes
Direct import into Eppendorf eLABInventory and eLABJournal software for convenient handling
法律資訊
Eppendorf is a registered trademark of Eppendorf AG
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