BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50

The BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 are designed for high-throughput applications, offering excellent optical clarity and precise sample handling. Made from durable polystyrene (PS), these microplates are ideal for immunological assays, ELISA tests, and other laboratory applications requiring accurate, high-density sample analysis. The F-bottom design ensures efficient mixing and sample recovery. The immunological surface is high-binding and optimized for immobilization of IgG, with the highest binding capacity for molecules having mixed hydrophilic and hydrophobic regions.

Key Features:

• Brand: BRAND
• Material: High-quality polystyrene (PS) for durability and clarity
• Design: Standard F-bottom wells for efficient mixing and enhanced sample recovery
• Surface: Immunological high-binding surface optimized for IgG and mixed hydrophilic/hydrophobic molecules
• Type: Non-sterile, without lid
• Pack Size: 50 plates per pack
• Application: Suitable for high-throughput immunological assays, ELISA, and other laboratory applications
• Certifications: Free from endotoxins (< 0.01 EU/ml), DNase, DNA, RNase; non-cytotoxic (ISO 10993 compliant)
• Format: ANSI/SLAS standard

Scope of Supply:

• 1 lid per pack

This microplate provides the reliability and performance necessary for laboratories focused on high-density, accurate sample analysis.

Frequently Asked Questions

1. What is the BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 used for?

It are designed for high-throughput applications, offering excellent optical clarity and precise sample handling. Made from durable polystyrene (PS), these microplates are ideal for immunological assays, ELISA tests, and other laboratory applications requiring accurate, high-density sample analysis. The F-bottom design ensures efficient mixing and sample recovery. The immunological surface is high-binding and optimized for immobilization of IgG, with the highest binding capacity for molecules having mixed hydrophilic and hydrophobic regions.

2. Is the BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 suitable for high-throughput immunological assays, ELISA, and other laboratory applications?

Yes. It is designed for high-throughput immunological assays, ELISA, and other laboratory applications, and offers 1 lid per pack to support this kind of work.

3. What specifications does the BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 have?

It has 1 lid per pack, and is supplied under manufacturer part number 781740.

4. What is the BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 made from and what features does it include?

It is made from high-quality polystyrene (PS) for durability and clarity. It also offers standard F-bottom wells for efficient mixing and enhanced sample recovery, immunological high-binding surface optimized for IgG and mixed hydrophilic/hydrophobic molecules and non-sterile, without lid.

5. How does the BRAND Microplates Immunograde 384-Well PS Transparent Standard F-Bottom Non-Sterile, Without Lid, Pack of 50 compare with the Thermo Nunc Immulon 1B 96-Well Flat-Bottom Microplate, Pack of 50 from Thermo Scientific?

For high-throughput immunological assays, ELISA, and other laboratory applications, the BRAND model is the better choice, offering 1 lid per pack. The Thermo Scientific model offers a plate type of 96-well microplate with flat-bottom wells, a working volume of up to 230 μL per well and dimensions of 128 mm x 86 mm x 25 mm (L x W x H) as an alternative, while the BRAND model's standard F-bottom wells for efficient mixing and enhanced sample recovery and immunological high-binding surface optimized for IgG and mixed hydrophilic/hydrophobic molecules help make it a strong fit for high-throughput immunological assays, ELISA, and other laboratory applications.