PerkinElmer OptiPlate Microplate 384-Well Half Area Pack of 50 Plates
PerkinElmer OptiPlate-384 White Half-Area Microplate - 384-Well Format, 45 microliter Well Volume, Solid White Polystyrene, Low Background Luminescence (MPN: 6005629)
The PerkinElmer 6005629 (part of the global OptiPlate life sciences product family) is a high-performance, research-grade 384-well microplate precision-engineered for high-sensitivity luminescence, fluorescence, and scintillation assays. Featuring an optimized "half-area" well geometry that shrinks the standard well diameter, these specialized plates allow researchers to reduce working sample volumes down to a 10 to 30 microliter range without losing signal intensity or meniscus pathlength. Molded from premium, high-purity virgin polystyrene, the solid white structure is explicitly designed to reflect max photonic emissions back toward top-reading microplate reader detectors while completely blocking well-to-well crosstalk and light bleed, making it an excellent tool for cell-based screening and biochemical tracking.
Technical Performance and Design
Signal-Maximizing Solid White Matrix: Injection-molded with a high-density white pigment compound. This opaque backdrop serves as a highly efficient light reflector, boosting raw signal output for weak luminescent or fluorescent readouts while providing a zero-transmittance barrier against optical crosstalk between neighboring wells.
Volume-Saving Half-Area Geometry: Engineered with reduced-diameter wells that narrow down toward a flat bottom base. This profile creates a deep liquid meniscus at a total well capacity of just 45 microliters, allowing laboratories to cut reagent usage significantly compared to conventional 384-well plates.
Pristine Flat-Bottom Optics: Every well floor is molded to absolute flatness parameters, ensuring uniform optical pathlengths and stable focal distances across all 384 positions for robotic detection systems.
Automated Microplate Frame: Conforms strictly to standardized ANSI/SLAS physical footprints, featuring rigid side-wall tracking skirts and precise corner notch layouts that support seamless integration with automated liquid handlers, robotic gripper arms, and stacking plate hotels.
Product Specifications
Catalog Number / MPN: 6005629 (Often cross-referenced under PerkinElmer Life Sciences 6005629)
Manufacturer / Brand: PerkinElmer / Revvity
Format Layout: 384-Well Grid Array (16 x 24 Format Matrix)
Well Architecture Style: Half-Area Well Diameter Profile
Total Well Volumetric Capacity: 45 microliters maximum volume
Recommended Assay Work Envelope: 10 to 30 microliters ideal sample volume
Material Composition: Optical-Grade Solid White Polystyrene (PS)
Sterility / Surface Treatment: Non-Sterile, Non-Treated surface (Optimized for biochemical assay cascades, binding assays, and liquid scintillation cocktails)
Standard Case Configuration: Available wholesale as a box of 50 plates total (comprising individual protective sleeve sub-packs)
Key Benefits and Applications
Luminescent Reporter Assays: The industry benchmark microplate platform for executing high-sensitivity Luciferase reporter gene assays, ATP-based cell viability screens, and chemiluminescent ELISA workflows.
SPA and Scintillation Screening: Widely utilized in molecular pharmacology for Scintillation Proximity Assays (SPA) and radioimmunoassay tracking where low background phosphorescence is mandatory to preserve data validity.
High-Value Reagent Conservation: The ideal choice for high-throughput screening (HTS) groups looking to minimize consumption of expensive enzymes, target proteins, primary antibodies, or rare synthetic library compounds.
Zero Plasticizer Baseline Protection: Manufactured under clean, automated conditions to ensure no ambient mold-release agents, lubricants, or chemical impurities bleed into the sample wells to alter high-sensitivity enzymatic readouts.
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Please note that Life Sciences Trading is not a factory-authorized distributor of the products listed in this store. The items have been acquired as surplus from leading life sciences companies.