Key Features
- 96-well format for high-throughput experiments
- White or black plate options for assay optimisation
- Flat-bottom wells for uniform cell growth and plate reader compatibility
- Polystyrene (PS) construction for optical clarity and durability
- Compatible with automated HTS Systems
White plates enhance reflection and signal intensity for luminescence assays, while black plates reduce background and cross-talk for fluorescence assays.
Customisable Surface Treatment
For each multiwell plate, researchers can choose between surface-treated or non-treated versions, allowing for optimal selection based on the specific requirements of their experiments. This flexibility ensures that the plates are suitable for diverse applications in cell culture and analysis.
High-Throughput Screening Compatibility
These multiwell plates are designed to be high-throughput screening (HTS) compatible, enhancing their utility in large-scale experiments. They feature a design that helps prevent cross-contamination, ensuring reliable and accurate results. The inner design of the lid allows for effective gas exchange, promoting optimal conditions for cell growth.
Enhanced Organisation & Consistency
They are marked with alphanumeric labelling for easy identification, contributing to better organisation during experiments. Their flat bottoms promote homogeneous cell culture, ensuring consistent and uniform results across wells.
Compliance
They are compliant with USP Class VI guidelines having undergone rigorous testing to meet safety standards. They are also ANSI – guideline – compliant making them suitable for use in high starandard laboratory environments.
Product Variants
| Product Code | Description |
|---|---|
| 665-020 | Multiwell Plate, PS, 96 Well, White, Flat Bottom |
| 665-021 | Multiwell Plate, PS, 96 Well, Black, Flat Bottom |
Why Choose 665-020Z Mutiplates?
The 665-020X 96-well microplates are designed to deliver reliable assay performance and consistent cell culture conditions. Their flat-bottom design promotes uniform cell distribution and compatibility with plate readers, while colour-specific plates optimise assay sensitivity for fluorescence or luminescence workflows.
Ideal for laboratories requiring high-throughput, accurate, and reproducible experimental results.
