Eppendorf Microplate 96 Well 1000 ul Deep Well 6 Packs with 8 Plates Each

Eppendorf Sterile Deepwell Plate 96/1000 µL – 96-Well Format, 1000 µL Well Capacity, White OptiTrack Frame, Clear Polypropylene, Round Bottom, Sterile (MPN: 951033103)

The Eppendorf 951033103 (also cataloged as 951033103 / DWP961000SW8EP) is a premium, high-performance 96-well deepwell microplate engineered for high-throughput screening, automated sample preparation, and sterile sample storage workflows. Precision-molded from high-purity, solvent-inert virgin polypropylene, each well features a nominal working volume of 1000 µL (1 mL) and a maximum overflow capacity of 1200 µL. This sterile plate incorporates a specialized white border frame featuring the high-contrast laser-engraved OptiTrack alphanumeric matrix for rapid sample tracking. Combining a highly efficient RecoverMax well geometry with advanced g-Safe mechanical robustness, this autoclave-safe deepwell plate operates flawlessly under extreme centrifugation forces up to 6000 x g, making it highly optimized for demanding molecular diagnostics, genomics, and bioprocess platforms.

Technical Performance and Design

• High-Contrast OptiTrack Matrix: Features a vibrant white border frame laser-engraved with bold, permanent alphanumeric labeling. This high-contrast grid design enables up to 30% faster manual well identification and drastically cuts down on critical pipetting alignment errors.

• RecoverMax Well Architecture: Engineered with smooth, rounded U-bottom well transitions and optimized interior geometries. This design maximizes final sample recovery rates, guarantees excellent liquid mixing properties, and minimizes residual dead volume levels between automation passes.

• g-Safe Centrifugal Stability: Structurally reinforced to withstand intense mechanical stress during high-speed centrifugation, retaining absolute physical integrity at relative centrifugal forces up to 6000 x g for faster sample separation and pelleting protocols.

• Hermetic Sealing Optimization: Designed with uniformly raised well rims and an ultra-flat deck surface finish. This flush profile provides an exceptional contact area for applying heat seals or adhesive films, completely blocking evaporation and cross-well contamination.

Product Specifications

• Catalog Number / MPN: 951033103 (Cross-listed as 951033103 / DWP961000SW8EP)

• Manufacturer / Brand: Eppendorf AG

• Format Grid Array: Standard 96-Well Matrix (8 x 12 Array meeting ANSI/SLAS footprint standards)

• Volumetric Capacity: 1000 µL (1.0 mL nominal working volume / 1200 µL maximum capacity)

• Well Color / Frame Style: Optically Clear Wells with a White OptiTrack Frame

• Well Bottom Profile: Round U-Well Bottom Geometry

• Material Composition: Premium Virgin Polypropylene (PP) manufactured without slip agents, plasticizers, or biocides

• Sterility Status: Gamma Radiation Sterilized (Certified free of detectable human DNA, DNase, RNase, and endotoxins)

• Thermal Endurance Horizon: Highly stable across absolute scales from ultra-low storage at minus 86 C up to heat denaturation steps at 100 C (Autoclavable at 121 C for 20 minutes)

• Standard Case Configuration: Box / Case of 80 Plates total (Arranged as 10 sterile bags containing 8 plates per pack)

Key Benefits and Applications

• High-Throughput Nucleic Acid Isolation: The benchmark collection and processing vessel for managing high-volume DNA/RNA extractions, plasmid purifications, and preparing master blocks for Next-Generation Sequencing (NGS) library setups.

• Robotic Liquid Handling Compatibility: Rigid structural tolerances and standardized external dimensions ensure a seamless physical interface with automated workstations, robotic arms, microplate washers, and stacker decks.

• Sterile Bio-Banking and Storage: Pure polypropylene construction contains zero chemical additives or mold-release lubricants that could leach into solutions, safeguarding fragile cell extracts, oligonucleotide libraries, and biological buffers during long-term storage.

• High-Efficiency Cell and Yeast Cultivation: Deepwell architecture and round bottoms accommodate larger sample volumes and optimize gas-liquid surface interfaces, supporting healthy cell suspension mixing and bacterial growth runs.

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