Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96

The Thermo Matrix Tubes 10 mL with 2D Barcode, V-Bottom, White Patch, Linear Barcode, without Screw Cap, offer an efficient and reliable solution for sample storage, tracking, and identification. The white patch provides a clear area for writing or labeling, while the V-bottom design ensures easy sample recovery. Featuring both a 2D barcode and a linear barcode for enhanced tracking, these sterile tubes are ideal for high-throughput applications in research, clinical, and laboratory environments. Sold in a convenient pack of 5x96, they provide reliable sample management for various lab applications.

Key Features:

• Brand: Thermo Matrix
• Volume: 10 mL per tube
• Material: Durable polypropylene for long-lasting use
• Barcode: 2D and linear barcode for efficient sample identification and tracking
• Design: V-bottom for easy sample recovery and white patch for labeling
• Cap Type: without screw cap for easy access to contents
• Sterility: Sterile for contamination-free use
• Packaging: Pack of 5x96 for bulk and organized storage

Thermo Matrix 10 mL Tubes with 2D and linear barcodes, V-bottom, and a white patch offer a reliable, organized, and efficient solution for sample storage and tracking in laboratory environments.

Frequently Asked Questions

1. What is the Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96 used for?

The Thermo Matrix Tubes 10 mL with 2D Barcode, V-Bottom, White Patch, Linear Barcode, without Screw Cap, offer an efficient and reliable solution for sample storage, tracking, and identification. The white patch provides a clear area for writing or labeling, while the V-bottom design ensures easy sample recovery. Featuring both a 2D barcode and a linear barcode for enhanced tracking, these sterile tubes are ideal for high-throughput applications in research, clinical, and laboratory environments. Sold in a convenient pack of 5x96, they provide reliable sample management for various lab applications.

2. Is the Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96 suitable for high-throughput applications in research, clinical, and laboratory environments?

Yes. It is designed for high-throughput applications in research, clinical, and laboratory environments, and offers a volume of 10 mL per tube and 2D and linear barcode for efficient sample identification and tracking to support this kind of work.

3. What volume and barcode does the Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96 have?

It has a volume of 10 mL per tube and 2D and linear barcode for efficient sample identification and tracking, and is supplied under manufacturer part number 3742-WP1D.

4. What is the Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96 made from and what features does it include?

It is made from durable polypropylene for long-lasting use. It also offers v-bottom for easy sample recovery and white patch for labeling, without screw cap for easy access to contents and sterile for contamination-free use.

5. How does the Thermo Matrix Tubes 1.0 mL, with 2D Barcode, without Screw Cap, V-Bottom, White Patch, Linear Barcode, Pack of 5x96 compare with the Grant Instruments Freeze Plate 05 Matrix Tube (SLAS Microplate) from Grant?

For high-throughput applications in research, clinical, and laboratory environments, the Thermo Scientific model is the better choice, offering a volume of 10 mL per tube and 2D and linear barcode for efficient sample identification and 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 v-bottom for easy sample recovery and white patch for labeling and without screw cap for easy access to contents help make it a strong fit for high-throughput applications in research, clinical, and laboratory environments.