Greiner Bio-One 96-Well Cell Culture Plate | Clear F-Bottom | 655901

Achieve exceptional precision, consistency, and optical performance with the Greiner Bio-One 96-Well Cell Culture F-Bottom Clear MicroPlate (Model 655901)—a premium solution engineered for demanding cell-based assays and high-throughput laboratory workflows. Manufactured in Germany under rigorous quality standards, this tissue culture–treated microplate is trusted by academic researchers, biotechnology companies, and pharmaceutical laboratories worldwide. Each box includes 40 sterile plates, securely packaged in four packs of 10, ensuring reliable supply, easy handling, and contamination control for both routine experiments and large-scale screening projects. The clear, flat (F-bottom) well design provides excellent optical clarity and uniform well geometry, making it ideal for microscopy, spectrophotometric analysis, and automated plate readers. The surface treatment promotes consistent cell attachment, growth, and morphology, supporting reproducible results across a wide range of applications. Whether you’re performing cell proliferation studies, cytotoxicity testing, ELISA, or drug discovery assays, this Greiner Bio-One microplate delivers the reliability and performance expected from an industry leader. Key Features 96-well format optimized for high-throughput screening Clear, flat-bottom wells for superior optical and imaging performance Tissue culture–treated surface for reliable cell adhesion and growth Sterile and individually sealed for contamination control 40 plates per box (4 × 10-plate packs) for efficient lab workflows Precision-manufactured in Germany for consistent, reproducible results Applications Cell proliferation and viability assays Drug discovery and compound screening Live cell imaging and microscopy ELISA and immunoassays Academic, biotech, and pharmaceutical research The Greiner Bio-One 655901 microplate is a gold standard in cell culture consumables—designed for accuracy, built for reliability, and trusted for reproducible scientific outcomes.