96-Well Non-Skirted PCR Plate 0.2ml Clear Polypropylene

Description

Introduction

Our 96-well non-skirted PCR plates are precision-engineered to meet the rigorous demands of modern molecular biology laboratories. Designed for optimal heat transfer and sample integrity, these plates ensure your PCR reactions proceed with maximum consistency and reliability every time you run a thermal cycle.

Key Features

– Designed with 96 wells for high-throughput sample processing.

– Non-skirted format for universal compatibility with most thermal cyclers.

– Manufactured from high-grade, clear polypropylene for visual clarity.

– 0.2ml well volume optimized for standard PCR and qPCR applications.

– Uniform wall thickness ensures even heat distribution across all wells.

– Pack size of 10 plates to support both small and large scale experiments.

Benefits

These PCR plates solve common laboratory frustrations by offering a secure, stable platform for your biological samples. The non-skirted design allows for easy plate cutting if you only need to run a few samples, effectively reducing waste and saving costs. The high-clarity material allows for rapid visual inspection, ensuring your pipetting process is accurate and error-free. By maintaining uniform thermal performance, these plates help you avoid edge effects and inconsistent results, providing peace of mind during critical research and diagnostic workflows.

Usage / How to Use

These plates are intended for use in professional laboratory settings. To use, place the plate onto your thermal cycler block, ensuring a flat, secure fit. Add your master mix and DNA samples into the individual wells using a multichannel pipette. Seal the plate using standard adhesive film or optical cap strips to prevent evaporation during the heating cycles. Once the thermal cycling program is complete, the plate can be removed and stored or processed for downstream analysis.

Why Choose This Product

– Exceptional quality control ensures consistency between batches.

– Excellent chemical resistance protects the integrity of sensitive reagents.

– Universal design allows for seamless integration into existing lab workflows.

– Cost-effective packaging provides great value without compromising quality.

– Durable construction prevents warping during repeated high-temperature cycling.