SPL 96-Well Cell Culture Plate, White, Round Bottom, Non - Treated 50/Case

Product Description

96-Well Cell Culture Plate, White, Round Bottom
Cat. No. 30397

The SPL 96-Well Cell Culture Plate is a high-quality consumable designed for a wide range of cell-based assays, particularly those requiring high reflectivity and minimal background signal. This model features a white plate with round-bottom wells, which is ideal for luminescence, fluorescence, and scintillation assays where maximizing light signal is crucial. The opaque white walls prevent crosstalk between wells, ensuring accurate and reproducible data. Each plate is manufactured from high-quality polystyrene and Non-treated for suspension culture.

Optimized for Luminescence and Cell Viability Assays

The round bottom (U-bottom) shape is particularly suited for applications like cell suspension cultures, spheroid formation, and assays where complete sample retrieval is necessary. The white color enhances the signal in luminescence-based reporter gene assays, ATP assays, and cell viability studies. These plates are an essential tool for drug discovery, high-throughput screening (HTS), and general cell culture research.

• Designed to prevent cross-contamination and ensure accurate results.
• Well Shape: Round Bottom (U-Bottom)
• Plate Color: White, opaque walls to prevent crosstalk and enhance luminescence signal.
• Surface is Non-treated for suspension culture.
• Suitable for luminescence assays, HTS, and cell suspension cultures.
• Alphanumeric grid for easy well identification.

Uniform Design for Reliable Results
SPL plates are manufactured with exceptionally Round bottoms and a uniform well design, which is critical for automated plate readers and high-content imaging. The design minimizes optical distortion and ensures consistent results across all 96 wells. Lids are designed to minimize evaporation and feature condensation rings to prevent contamination.
Uniform well volume and dimensions		Flat plate design compatible with automated systems
Certified DNase, RNase, and Pyrogen-free		Lid designed to prevent evaporation