Thermo Scientific™ Nunc™ 1536-Well Microplates, 90/case

Thermo Scientific™ Nunc™ 1536-Well Microplates are premium-quality ultra-high density microplates designed to maximize efficiency in high-throughput screening (HTS), drug discovery, genomics, and advanced assay miniaturization.

Manufactured according to strict ANSI/SLAS (SBS) standards, these plates offer superior dimensional consistency, assay reproducibility, and compatibility with automated liquid handling systems, making them ideal for laboratories running thousands of reactions per day with minimal sample volumes.

With a 1536-well flat-bottom format and working volumes as low as 1–10 µL, these microplates enable significant reductions in reagent consumption while increasing screening throughput.

Key Features and Benefits

Ultra-High Throughput Screening Efficiency

The 1536-well format provides:

• Maximum assay density per plate
• Increased screening capacity
• Reduced assay footprint
• Significant reagent and sample savings

This format is widely used in pharmaceutical and biotechnology R&D for large-scale compound screening.

Optimized Color Options for Detection Sensitivity

Thermo Scientific™ Nunc™ 1536-well plates are available in three optical configurations:

Clear Plates

• Ideal for absorbance and general assay applications
• Suitable for cell-based and biochemical assays requiring visual inspection

Black Plates (Fluorescence)

• Recommended for fluorescence measurements
• Minimizes back-scattered light
• Reduces background fluorescence
• Enhances signal-to-noise ratio

White Plates (Luminescence)

• Recommended for luminescence assays
• Maximizes signal reflection
• Minimizes crosstalk between wells
• Ideal for reporter gene and ATP-based assays

ANSI/SLAS Standard Compliance

All Nunc microplates meet the recommendations of:

• American National Standards Institute (ANSI/SBS 1-2004)

This ensures:

• Reliable fit in robotic platforms
• Consistent stacking and handling
• Compatibility with automated readers and dispensers

Flat-Bottom Well Design for Uniform Assays

The flat-bottom (F-well) geometry provides:

• Consistent optical path length
• Uniform sample distribution
• Reliable detection across all wells
• Improved assay precision

High-Quality Polystyrene Construction

Manufactured from durable polystyrene, these plates offer:

• Excellent optical clarity
• Chemical compatibility with common assay reagents
• Robust mechanical stability for automation workflows

Applications

Thermo Scientific™ Nunc™ 1536-Well Microplates are widely used in:

High-Throughput Drug Discovery

• Compound library screening
• Enzyme inhibition assays
• Receptor binding assays

Fluorescence and Luminescence Detection

• Fluorescent reporter assays
• Cell viability and proliferation assays
• Luminescent ATP quantification

Genomics and Molecular Biology

• Miniaturized PCR and enzymatic assays
• High-density sample processing

Biotechnology and Pharmaceutical R&D

• Automated assay development
• Ultra-low volume biochemical screening

Product Specifications

Available Catalog Numbers

Packaging Information

• 30 microplates per pack
• 90 microplates per case
• Unit Size: Case of 90

Unique Advantages

• Ultra-high density 1536-well format for maximum throughput
• Optimized black and white plates for fluorescence and luminescence
• ANSI-compliant dimensions for automation compatibility
• Flat-bottom wells for consistent optical performance
• Supports ultra-low working volumes (1–10 µL)
• Trusted Nunc™ quality for demanding HTS laboratories

Thermo Scientific™ Nunc™ 1536-Well Microplates are an essential tool for laboratories seeking maximum efficiency in high-throughput screening, assay miniaturization, and automated detection workflows. With multiple color options optimized for fluorescence, luminescence, or general use, these plates deliver exceptional performance, consistency, and compatibility across advanced research and drug discovery environments.