High Quality 96-Well Microplates

Features

Integrated High Stability Construction: One-piece solid molding delivers robust mechanical strength, eliminating well shifting during high-throughput automated liquid handling & plate reading workflows.
Premium Optical Performance: Molded with medical-grade virgin PS, outstanding light transmittance and ultra-low background noise for precise, repeatable OD absorbance measurements.
Cost-Saving Detachable 8-Well Strips: Modular 8-well strips match your actual sample volume, no wasted unused wells for small-scale testing to lower lab consumable costs.
Optical Crosstalk Prevention Frame: Special white surrounding frame acts as light barrier, minimizes inter-well signal interference and boosts detection sensitivity for weak target signals.

product details

Features

1. Solid Clear Microplate (Non-detachable)

Exceptional Optical Performance: Engineered with ultra-clear, ultra-pure polystyrene to minimize autofluorescence and light scattering. The flat-bottom design provides an exceptionally uniform optical path, making it ideal for quantitative ELISA, colorimetric assays, and enzyme kinetics studies.
High-Throughput Automation Compatibility: The rigid, non-detachable solid-plate architecture fully conforms to global SBS/ANSI standards, ensuring seamless integration with automated liquid handling workstations, microplate washers, and standard plate readers.
Lot-to-Lot Well Consistency: Total physical isolation between individual wells prevents cross-contamination and liquid wicking. Manufactured under strict quality controls to deliver an extremely low Coefficient of Variation (CV) for reproducible experimental data.

2. Strip-Well Clear Plate with White Frame (Detachable 8-Well Strips)

Modular & Adaptable Design: Comprising 12 independent 8-well strips securely mounted in a high-density white grid. Laboratories can flexibly scale their testing (e.g., using only 8, 16, or 24 wells per run) and save remaining strips for future use, drastically lowering diagnostic reagent costs.
Advanced Crosstalk Mitigation: Featuring an innovative "Clear Well + White Frame" assembly concept. The opaque white frame absorbs stray light and blocks lateral light transmission between neighboring wells, eliminating the "edge effect" and improving signal-to-noise ratios.
Ergonomic & Secure Handling: Strips snap precisely and tightly into the frame, ensuring they remain locked in place during rigorous vortexing, aspiration, or automated plate washing, while maintaining clear alphanumeric markings for effortless sample identification.

Product Name	Packaging	Unit	Qty
Solid Clear Microplate (Non-detachable)	5 pcs/box, 32 boxes/ctn	Ctn	160
Strip-Well Clear Plate with White Frame (Detachable 8-Well Strips)	5 pcs/box, 32 boxes/ctn	Ctn	160

FAQ

Datasheet

User Manual

6-well and 24-well plates: Best suited for low-throughput applications, high cell yields, or when introducing macro-components like cell culture coverslips.
96-well plates: The industry standard for general screening, ELISAs, and cell-based assays, balancing reasonable volume with high throughput.
384-well plates: Ideal for High-Throughput Screening (HTS) and automated liquid handling workflows where conserving expensive reagents and target compounds is critical.

Flat-Bottom (F): Provides excellent optical clarity and uniform path length, making it mandatory for cell culture (attachment) and colorimetric/optical reader assays (e.g., ELISA).
Round-Bottom (U): Lacks sharp corners, ideal for sample mixing, washing, bead-based assays, and suspension cell cultures as it prevents cells from packing tightly into edges.
V-Bottom (V): Maximizes liquid recovery. The steep conically shaped bottom concentrates precipitates and pellets into a single point, perfect for centrifugation and micro-volume aspiration.

Clear Plates: Used for standard colorimetric assays (absorbance), color visibility, and transmitted light microscopy.
Black Plates: Used for fluorescence assays. The black material absorbs light, drastically reducing background autofluorescence and cross-talk (well-to-well light leakage).
White Plates: Used for luminescence assays (e.g., luciferase assays). The white pigment reflects signal back up to the detector, maximizing signal output and sensitivity.