Nest Scientific 502101 96-Well Deep Well Plate V Bottom 5 Pack

Description

Product Overview

The Nest Scientific 502101 deep well plate is engineered for demanding laboratory workflows that require reliable sample handling and storage. Each plate contains 96 individual wells with a V‑bottom geometry, a design choice that concentrates liquid samples at the bottom of each well, thereby reducing dead volume and improving recovery rates during pipetting or centrifugation steps. The plate is fabricated from high‑clarity, non‑pyrogenic polymer that meets stringent DNase and RNase free specifications, ensuring that nucleic acid integrity is preserved throughout experimental procedures. Dimensions of the plate conform to standard SBS/ANSI footprint, measuring 9.41 x 6.61 x 3.5 inches, which allows seamless integration with automated liquid handling platforms, plate readers, and storage racks. The product is supplied in a convenient pack of five, each containing 50 plates, providing laboratories with a cost‑effective solution for large‑scale projects. Both sterilized and non‑sterile versions are available, giving users flexibility based on their specific biosafety requirements.

Usage

This deep well plate excels in a variety of research and diagnostic applications. Its V‑bottom wells are particularly advantageous for protocols that involve magnetic bead separation, enzyme reactions, and high‑throughput screening where maximizing reagent recovery is critical. The plate’s robust sealing mechanism ensures minimal evaporation and cross‑contamination, making it suitable for long‑term storage of cell cultures, nucleic acid extracts, and protein samples. Researchers in molecular biology, genomics, proteomics, and cell biology frequently employ this plate for tasks such as PCR setup, next‑generation sequencing library preparation, and high‑content imaging. The clear construction allows visual inspection of well contents without the need for additional equipment, facilitating rapid quality control checks. Because the plate is DNase/RNase free, it is ideal for sensitive downstream applications where enzymatic degradation could compromise data integrity. Its compatibility with standard incubators, shakers, and robotic handlers further streamlines workflow automation in both academic and industrial settings.

Why Choose Us

Choosing the Nest Scientific deep well plate means selecting a product that combines precision engineering with rigorous quality assurance. Each batch undergoes comprehensive testing for dimensional accuracy, seal integrity, and contaminant‑free status, guaranteeing consistent performance across thousands of wells. The V‑bottom design is the result of extensive user feedback and iterative optimization, delivering superior sample recovery compared to flat‑bottom alternatives. Our manufacturing process incorporates E‑beam sterilization options for customers who require sterile conditions, while the non‑sterile variant remains fully compliant with DNase/RNase‑free standards. In addition to product reliability, Nest Scientific provides responsive technical support and a clear return policy, ensuring that any issues are addressed promptly. By offering the plate in a 5‑pack configuration, we reduce inventory complexity and shipping costs, delivering value without sacrificing quality. Laboratories that prioritize reproducibility, scalability, and cost‑efficiency find this plate to be an optimal choice for routine and high‑stakes experiments alike.

Key Features

• V‑bottom wells minimize dead volume and boost sample recovery for accurate assays
• Clear, non‑pyrogenic material ensures visual inspection and nucleic‑acid integrity
• DNase/RNase‑free construction protects sensitive experiments from enzymatic degradation
• Stackable design with tight sealing reduces evaporation and cross‑contamination risk
• Comprehensive technical support and easy return policy for reliable after‑sales service

FAQ

What is the difference between the sterile and non‑sterile versions?

The sterile version undergoes E‑beam sterilization to eliminate microbial contaminants, making it suitable for cell culture and aseptic workflows. The non‑sterile version is still DNase/RNase free and meets all quality standards, offering a cost‑effective option for applications where sterility is not required.

Can this plate be used with automated liquid handling systems?

Yes, the plate conforms to SBS/ANSI dimensions and is compatible with most robotic pipetting platforms, plate readers, and incubators. Its robust sealing and clear construction facilitate seamless integration into automated workflows.

Is the plate compatible with magnetic bead protocols?

Absolutely. The V‑bottom geometry concentrates magnetic beads at the well base, allowing efficient separation and washing steps, which is ideal for nucleic‑acid purification, immunoprecipitation, and other bead‑based assays.

How should the plates be stored to maintain their integrity?

Store the plates in a cool, dry environment away from direct sunlight. For long‑term storage, keep them in their original packaging to protect the seals and prevent dust accumulation. The plates remain stable for up to two years when stored under recommended conditions.

What is the recommended maximum temperature for plate usage?

The plates are rated for temperatures up to 95 °C, making them suitable for most PCR and heat‑based protocols. However, prolonged exposure to extreme temperatures should be avoided to preserve seal performance.