Our Laboratory 96 Well Microplates with clear bottom represent premium quality consumables designed for demanding high-throughput applications. Manufactured from optical-grade polystyrene, these microplates feature solid clear bottoms that deliver exceptional optical clarity for precise measurement accuracy. The frosted marking areas facilitate easy microscope viewing and sample identification, while the innovative chimney well design effectively prevents cross-contamination between adjacent wells. Available in both UV-transparent and flat bottom configurations, these plates accommodate diverse instrumentation requirements across multiple scientific disciplines. Each plate includes comprehensive alpha-numeric well location coding for precise sample tracking and efficient data management in complex experimental setups.

These microplates serve critical functions across multiple industries including pharmaceutical research, clinical diagnostics, biotechnology development, and academic re...

Our Laboratory 96 Well Microplates with clear bottom represent premium quality consumables designed for demanding high-throughput applications. Manufactured from optical-grade polystyrene, these microplates feature solid clear bottoms that deliver exceptional optical clarity for precise measurement accuracy. The frosted marking areas facilitate easy microscope viewing and sample identification, while the innovative chimney well design effectively prevents cross-contamination between adjacent wells. Available in both UV-transparent and flat bottom configurations, these plates accommodate diverse instrumentation requirements across multiple scientific disciplines. Each plate includes comprehensive alpha-numeric well location coding for precise sample tracking and efficient data management in complex experimental setups.

These microplates serve critical functions across multiple industries including pharmaceutical research, clinical diagnostics, biotechnology development, and academic research institutions. In pharmaceutical development environments, they facilitate efficient drug discovery processes through high-throughput screening of extensive compound libraries. Diagnostic laboratories utilize them extensively for ELISA tests and other immunoassays that are essential for accurate disease detection and patient monitoring. Biotechnology companies rely on these plates for protein quantification, cell-based assays, and advanced molecular biology applications. Academic research institutions employ them across various scientific disciplines from biochemistry to microbiology, making them versatile tools that support scientific advancement and discovery across multiple fields.

The business value of these microplates lies in their consistent quality and reliable performance, which directly impacts research outcomes and operational efficiency in laboratory settings. By minimizing cross-contamination risks and ensuring superior optical clarity, they significantly reduce experimental errors and improve data accuracy across various applications. Their compatibility with automated handling systems streamlines workflow processes in high-volume laboratory environments, enhancing productivity and throughput. The availability of sterile options upon request further enhances their suitability for sensitive applications requiring strict aseptic conditions. These plates represent a cost-effective solution that maintains high performance standards, making them ideal for laboratories seeking reliable consumables without compromising on quality or functionality.

Key Features:
- Premium optical-grade polystyrene construction ensures exceptional clarity
- Solid clear bottom design optimized for accurate spectrophotometric readings
- Frosted areas provide easy microscope viewing and sample identification
- Chimney well design effectively prevents cross-contamination between samples
- Alpha-numeric well location system enables precise sample tracking

Benefits:
- Exceptional optical clarity ensures accurate and reliable measurement results
- Reduced cross-contamination risk maintains sample integrity and data quality
- Versatile configuration options accommodate various instrumentation requirements
- Enhanced workflow efficiency through compatibility with automated systems
- Cost-effective performance suitable for budget-conscious laboratory operations