B162 2-Channel Real-Time PCR System for Lab Diagnostics

Description

Introduction

The B162 Real-Time PCR System is a professional-grade molecular diagnostic tool engineered for high-performance DNA analysis. With its optimized dual-channel detection and rapid thermal cycling capabilities, it provides researchers and clinicians with the speed and precision required for modern genetic testing and viral load quantification.

Key Features

– Dual-channel excitation wavelengths at 470nm and 523nm for multi-target analysis

– High-speed thermal ramping at 6 degrees Celsius per second for rapid cycling

– Robust 16-well sample capacity configured in a 2×8 dual block format

– Compatible with standard 0.2ml PCR tubes and strips

– Precision temperature control for highly reproducible results

– Compact footprint designed to save valuable laboratory bench space

Benefits

The B162 system solves the common challenge of laboratory bottlenecks by significantly reducing thermal cycling times. Its dual-channel design allows for simultaneous detection of different targets, saving time and reagents. By providing consistent, high-fidelity data, the system minimizes the risk of inconclusive results, ensuring that your diagnostic processes remain efficient, reliable, and cost-effective.

Usage / How to Use

This system is designed for professional laboratory use in clinical diagnostics, academic research, and food safety testing. Users simply load prepared PCR reaction mixtures into the 16-well block, secure the lid, and initiate the protocol through the integrated software interface. It is ideal for gene expression analysis, pathogen detection, and genotyping tasks in controlled environments.

Why Choose This Product

The B162 stands out for its exceptional thermal ramp rate, which outperforms many entry-level systems. Its durable construction ensures longevity in high-throughput settings, while the intuitive design makes it easy to integrate into existing workflows. Backed by precise optics and thermal accuracy, this system provides the scientific community with a dependable solution for demanding quantitative PCR applications.