Internal Screw Caps
Designed with a threaded neck on the inside of the tube with a silicone O-Ring. The internal threads ensure a secure and tight seal that prevents any leaks or contamination of the samples inside the tube. Additionally, the use of virgin-grade polypropylene ensures that the tubes are free from any contaminants or impurities that may interfere with the integrity of the sample.
These tubes are designed for short or long-term storage at cryogenic temperatures, making them an ideal choice for scientists working with biological samples, cell lines, and other sensitive materials.
Designed with a threaded neck on the inside of the tube with a silicone O-Ring. The internal threads ensure a secure and tight seal that prevents any leaks or contamination of the samples inside the tube. Additionally, the use of virgin-grade polypropylene ensures that the tubes are free from any contaminants or impurities that may interfere with the integrity of the sample.
These tubes are designed for short or long-term storage at cryogenic temperatures, making them an ideal choice for scientists working with biological samples, cell lines, and other sensitive materials.
Designed with a threaded neck on the inside of the tube with a silicone O-Ring. The internal threads ensure a secure and tight seal that prevents any leaks or contamination of the samples inside the tube. Additionally, the use of virgin-grade polypropylene ensures that the tubes are free from any contaminants or impurities that may interfere with the integrity of the sample.
These tubes are designed for short or long-term storage at cryogenic temperatures, making them an ideal choice for scientists working with biological samples, cell lines, and other sensitive materials.
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Made with FDA medical grade polypropylene. All production, assembly, and packaging links are completed using automated equipment in a 100,000 clean room-level purification workshop, minimizing manual operations and interventions.
*ISO 14001*ISO13485:2016
*ISO 9001:2015
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Made using a patented in-mold labeling process, the graphic contrast and clarity of the prefabricated digitally printed labels can easily reach more than 1200dpi, which is more than 4 times the best level of laser etching technology. The labels are placed flat on the product surface, and the protective layer is matte-treated to ensure reliable label reading.
*Available as:
Non-Coded
Alphanumeric
Dual-Coded: 2D data matrix with human-readable code on the bottom of each tube
Quad-Coded: Linear barcode and human-readable code on the side of each tube along with 2D data matrix and human-readable code on the bottom of each tube
*Completely customizable
*14x14 data matrix
*Each barcode is Unique
*ECC200: Reed-Solomon error correction reconstructs and verifies data for improved accuracy. DataMatrix codes can still be decoded if damaged by 30%
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*Made of polycarbonate to withstand the harshest environments
*2D data matrix laser etched on the bottom of each rack for quick decoding
*Linear barcode with readable code laser etched on two sides of each rack along with 2D Data Matrix’
*Anti-Turn mechanism to ensure stability when (de)capping
*Different racks and covers available
*Completely customizable
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Our tubes have the capability to work with major automation manufacturers such as Micronic, LVL, Fluidx, Matrix, Corning, and more.
