1536 Round Well, White, High Base, Evap Barrier, MaKO, Flanged – 100µM

A 96-well deep or shallow plate manufactured from imported high-purity medical-grade materials, produced in a 100,000-level clean room with sterilization treatment. The plate features no bubbles at the bottom, no burrs inside the wells, uniform and smooth tube walls with no liquid leakage and low protein binding, and raised well mouths to increase adhesion and prevent cross-contamination. The flat plate surface with good coaxial alignment, absence of endotoxins and inhibitors, and easily identifiable alphanumeric coding ensure accurate identification and prevent well-to-well confusion. Performance is comparable to imported brands.

384-well deep well plate with square-bottom geometry and black well walls designed for optical assays and fluorescence detection applications.

96-well deep well plate with 150-microliter capacity and square-bottom wells for high-volume sample processing in automated systems.

A multi-well plate with deeper wells designed for increased sample volume capacity in molecular diagnostics and assays.

96-well deep well plates with square well geometry for increased volume capacity in molecular biology and cell culture applications. Designed for automated liquid handling and sample storage.

96-well PCR plate with white well walls designed for optical detection assays and fluorescence-based applications in molecular diagnostics.

High-capacity multi-well plates with increased volume capacity for large-scale molecular and cellular assays. Suitable for automated liquid handling systems.

A deep well microplate manufactured using precise tooling and molding technology with dimensions that fully conform to the SBS Standard and are compatible with automatic pipetting systems. Made from virgin polypropylene with good chemical resistance and transparency, it is RNase and DNase free, without human contaminant, and is non-pyrogenic and endotoxin free. Different volumes can be customized.

Deep well plates with 200-microliter capacity and square well geometry for enhanced liquid handling in automated laboratory systems.

A multi-well plate with increased well depth for high-volume sample storage and processing in laboratory applications.

A 384-well microplate featuring a fully skirted design compatible with most thermal cyclers. The plate has a high edge design that ensures the tightness of each well to prevent evaporation, and uniform thin well walls that deliver maximum and consistent heat transfer. It is RNase and DNase free, without human contaminant, and is non-pyrogenic and endotoxin free.

Multi-well plates with increased depth for larger volume sample processing and storage in high-throughput laboratory applications.