PCR Microplates

Ultra-thin wall microplates designed for polymerase chain reaction applications with optimal thermal transfer properties. The innovative design minimizes edge effects during amplification, ensuring consistent results across all wells.

Functionalized microplates designed for polymerase chain reaction applications with surface coatings supporting nucleic acid immobilization.

Multi-well plates designed for high-throughput screening, assays, and cell culture. Used extensively in pharmaceutical research and diagnostic testing.

Multi-well format plates for various laboratory assay and culture applications. Available in standard configurations for use with laboratory instruments and automated systems.

Functionalized microplates optimized for immunoassay protocols with enhanced biomolecule immobilization for diagnostic applications.

PCR-compatible microplates and tube strips for DNA amplification in molecular diagnostics and research applications.

Specialized microplates designed for fluorescence-based cell assays and high-throughput screening applications in pharmaceutical research.

Laboratory-grade plastic tubes and microplates for use in PCR amplification reactions. Compatible with standard thermal cyclers and real-time PCR instruments.

Microplates with optical-quality glass bottoms for fluorescence microscopy and imaging applications. Used in diagnostic and research assays requiring direct optical observation.

Multi-well plates for real-time and conventional PCR applications. Compatible with various thermal cyclers and automation platforms.

Multi-well plates designed for real-time quantitative PCR applications in molecular diagnostics.

Microplates with glass bottoms for high-resolution imaging and microscopy-based cell assays in research.