Senso Glass Bottom Microplates are precision-engineered laboratory consumables designed for advanced optical applications requiring superior clarity and consistency. Featuring borosilicate glass bottoms with a standardized 175 +/- 15 μm light path thickness equivalent to cover slips, these plates ensure optimal optical transmission for wavelengths above 350 nm. The black polystyrene frames effectively minimize background interference and light scattering, making them ideal for sensitive detection methods in fluorescence and microscopy. Available in multiple well configurations including 24, 96, 384, and 1536 formats, they accommodate various experimental scales while maintaining reliable performance across applications, providing researchers with dependable tools for accurate measurements.

These microplates serve critical functions across pharmaceutical research, biotechnology, clinical diagnostics, and academic institutions. In drug discovery, they enable efficient high-throughput sc...

Senso Glass Bottom Microplates are precision-engineered laboratory consumables designed for advanced optical applications requiring superior clarity and consistency. Featuring borosilicate glass bottoms with a standardized 175 +/- 15 μm light path thickness equivalent to cover slips, these plates ensure optimal optical transmission for wavelengths above 350 nm. The black polystyrene frames effectively minimize background interference and light scattering, making them ideal for sensitive detection methods in fluorescence and microscopy. Available in multiple well configurations including 24, 96, 384, and 1536 formats, they accommodate various experimental scales while maintaining reliable performance across applications, providing researchers with dependable tools for accurate measurements.

These microplates serve critical functions across pharmaceutical research, biotechnology, clinical diagnostics, and academic institutions. In drug discovery, they enable efficient high-throughput screening where precise fluorescence readings are essential for identifying potential compounds. Diagnostic laboratories utilize them for accurate assay measurements in clinical research, while academic institutions rely on their consistency for reproducible experimental results across studies. The sterile options with included lids make them suitable for cell culture applications, though users should verify compatibility with specific cell lines and consider necessary coatings for optimal cell adherence and growth in sensitive cultures.

The business value of Senso Glass Bottom Microplates lies in their reliability, consistent performance, and reduction of experimental variables. Their unique quality ensures accurate data collection, which is crucial for research validity and diagnostic accuracy in professional settings. The standardized optical properties provide confidence in measurement consistency across different batches and experiments, reducing the need for retesting and improving overall research outcomes. These plates offer excellent value through their compatibility with automated systems and various laboratory instruments, supporting efficient workflows while delivering dependable results that researchers can trust for critical applications.

Key Features:
- Borosilicate glass bottom with consistent 175 +/- 15 μm light path thickness
- Black polystyrene frame minimizing background interference and light scattering
- Available in 24, 96, 384, and 1536 well configurations for scalability
- Sterile options with lids included for cell culture applications
- Optical transmission suitable for wavelengths above 350 nm

Benefits:
- Superior optical clarity for precise fluorescence and microscopy measurements
- Reduced background interference ensuring accurate data collection
- Multiple well formats accommodating various experimental scales and throughput needs
- Sterile options supporting sensitive cell culture and biological applications
- Consistent performance across batches for reproducible research results