1536 Round Well, Clear, Low Base, Evap Barrier, MaKO Flanged, Solid Bottom

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.

384-well PCR plate with round-bottom wells designed for automated liquid handling. Provides optimal well geometry for molecular biology applications.

96-well plate with independent U-bottom wells for 1.0ml capacity storage. Precision-manufactured for consistent sample handling in automated systems.

Transparent polystyrene micro-titer plates with flat bottom wells, available in sterile and non-sterile versions. Recommended for colorimetric investigations and optical measurements in laboratory research and immunology applications.

Polystyrene micro-titer plates with convex-shaped wells designed for optical colorimetric and enzymological analysis. The convex geometry minimizes interference from corpuscular elements with detector light beams.

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

Microplates with U-shaped wells designed for cell suspension culture and spheroid formation in research applications.

Polystyrene micro-titer plates with rounded U-shaped wells designed for sample stirring and washing procedures. Features connecting threads to ensure perfect flatness during immunological testing.

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

30-microliter round-bottom PCR wells in 384-well format for small-volume polymerase chain reaction applications with minimized reagent usage.

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.