Product Details
- Manufacturer
- Greiner Bio-One
About this product
Greiner Bio-One 96-Well Microplate
Description
Greiner Bio-One 96-Well Microplates are designed for high-throughput laboratory workflows, providing a reliable platform for polymerase chain reaction (PCR) and other molecular biology assays. These plates facilitate efficient thermal transfer and sample containment, ensuring consistent performance across various thermal cycler models. The standardised footprint allows for seamless integration with automated liquid handling systems and multi-channel pipettes, supporting routine diagnostic and research applications.
Key Features
- Standardised 96-well format compatible with most thermal cyclers and laboratory automation.
- Engineered for efficient heat transfer to ensure uniform reaction conditions across all wells.
- Raised well rims designed to facilitate secure sealing with films, foils, or cap strips.
- Alphanumeric grid referencing for easy sample identification and tracking.
- Constructed from high-quality polymers to minimise sample adsorption and chemical interference.
Applications
- Standard PCR and qPCR (quantitative PCR) workflows.
- Genotyping and gene expression analysis.
- High-throughput screening and sample storage.
- Molecular diagnostics and forensic analysis.
Specifications
- Format: 96-well microplate
- Footprint: Standardised SBS/ANSI dimensions
- Compatibility: Universal thermal cycler and automation compatibility
Disclaimer
Users should verify specific plate geometry and skirt type compatibility with their thermal cycler model before use.
Related Products
What Our Clients Say
Supporting innovation at leading research companies

RNAnalytics
Leading The Way In Gene Therapy Analytics
As a startup focused on developing analytical toolkits for LNP characterization, RNAnalytics operates under tight budget constraints while striving to maintain a fully stocked lab with high-quality materials. Sustainability is also a core pillar of our operations, pushing us to make environmentally conscious decisions wherever possible....