Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96

The Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, and White Patch are designed for efficient and organized sample storage. Each tube is equipped with a 2D barcode for accurate sample identification, ensuring quick and reliable tracking. The clear plastic construction allows optimal visibility of sample contents, while the colorless screw cap ensures a secure and leak-proof seal. The white patch area provides a space for easy labeling. These tubes are packaged in a latch box for convenient storage and safe handling. They are ideal for biobanking, clinical applications, and high-throughput screening.

Key Features:

• Brand: Thermo Matrix
• Volume: 1.0mL clear tubes
• Barcode: 2D barcode for fast and efficient sample tracking
• Cap: Colorless screw cap for secure sealing and sample protection
• Labeling: White patch area for easy labeling and identification
• Packaging: Pack of 5x96 tubes in a secure latch box for safe storage
• Application: Ideal for biobanking, clinical applications, and high-throughput screening
• Material: Clear plastic for visibility of sample contents

Thermo Matrix 10mL Clear Tubes with 2D Barcode and White Patch offer a reliable and efficient solution for sample storage, ensuring easy identification and secure sealing in laboratory environments.

Frequently Asked Questions

1. What is the Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96 used for?

It are designed for efficient and organized sample storage. Each tube is equipped with a 2D barcode for accurate sample identification, ensuring quick and reliable tracking. The clear plastic construction allows optimal visibility of sample contents, while the colorless screw cap ensures a secure and leak-proof seal. The white patch area provides a space for easy labeling. These tubes are packaged in a latch box for convenient storage and safe handling. They are ideal for biobanking, clinical applications, and high-throughput screening.

2. Is the Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96 suitable for biobanking, clinical applications, and high-throughput screening?

Yes. It is designed for biobanking, clinical applications, and high-throughput screening, and offers a volume of 1.0mL clear tubes and 2D barcode for fast and efficient sample tracking to support this kind of work.

3. What volume and barcode does the Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96 have?

It has a volume of 1.0mL clear tubes and 2D barcode for fast and efficient sample tracking, and is supplied under manufacturer part number 3741-WP-BR.

4. What is the Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96 made from and what features does it include?

It is made from clear plastic for visibility of sample contents. It also offers colorless screw cap for secure sealing and sample protection, white patch area for easy labeling and identification and A permanently-bonded, unique 2D barcode is laser-etched onto the base of every Matrix 2D barcoded storage tube.

5. How does the Thermo Matrix 1.0mL Clear Tubes with 2D Barcode, Colorless Screw Cap, White Patch in Latch Box, Pack of 5x96 compare with the Grant Instruments Freeze Plate 05 Matrix Tube (SLAS Microplate) from Grant?

For biobanking, clinical applications, and high-throughput screening, the Thermo Scientific model is the better choice, offering a volume of 1.0mL clear tubes and 2D barcode for fast and efficient sample tracking. The Grant model offers a HS code of 84198998 and a dual use of 0 as an alternative, while the Thermo Scientific model's colorless screw cap for secure sealing and sample protection and white patch area for easy labeling and identification help make it a strong fit for biobanking, clinical applications, and high-throughput screening.