QX700™ HT Droplet Digital™ PCR System from Bio-Rad

Description

The QX700 HT Droplet Digital PCR (ddPCR™) System is designed for high-throughput laboratories processing large sample volumes, the QX700 HT processes up to 384 samples per run while maintaining a simple, automated workflow. With multi-plate capacity, dual thermal cyclers, and dynamic loading capabilities, users can add samples at any time and start runs immediately—without waiting for ongoing runs to finish.

This continuous, high-throughput workflow enables parallel processing, supports multi-user environments, and maximizes instrument utilization, making it ideal for labs running large-scale studies or demanding workflows.

Features & Benefits:

Simple workflow:
- Integrates droplet generation, thermal cycling, and analysis in a single instrument
- Intuitive software with a large, easy-to-use touchscreen interface
High throughput:
- Process up to 384 samples in ~8 hours
- Scale seamlessly from smaller studies to high-throughput workflows
- Process 96 samples in less than 2.5 hours
Continuous loading (Dynamic loading):
- Add new plates while others are running
- Start processing immediately—no need to wait for a run to finish
- Keep the system running continuously with no downtime between runs

Product Specs
ItemQX700™ HT Droplet Digital™ PCR System
CompanyBio-Rad
Price Get Pricing Get Quote for this Product
Catalog Number17010628
QuantityEA
Volume5 µl
Wells48-well
Throughput384 wells
Channels7

Add to Compare List

Bio-Rad

Bio-Rad Laboratories, Inc. Life Science Research Group 2000 Alfred Nobel Drive

Hercules, California 94547

United States

Phone: 800-424 6723
800-879 2289

Company Profile

Website: http://discover.bio-rad.com

Be the First to Write a Review!

The Past, Present, and Future of Digital PCR
eBook
Learn How the Technique Has Evolved into a Highly Sensitive and Precise Method for Absolute Nucleic Acid Quantification Read More
PCR Assays Capture Gene Expression Insights eBook
eBook
This eBook explores how PCR-based technologies have transformed gene expression analysis, from early qualitative methods to modern quantitative approaches like qPCR and ddPCR. It highlights the limitations of traditional techniques, such as variability, reliance on standard curves, and challenges with low-abundance targets, and demonstrates how ddPCR overcomes these issues through absolute quantification and sample partitioning. The content also covers best practices for data analysis and reproducibility, along with practical ddPCR workflows that enable more sensitive, precise, and scalable gene expression studies across applications such as oncology, neuroscience, and translational research. Read More
PCR Assays Capture Gene Expression Insights
eBook
This eBook explores how PCR-based technologies have transformed gene expression analysis, from early qualitative methods to modern quantitative approaches like qPCR and ddPCR. It highlights the limitations of traditional techniques, such as variability, reliance on standard curves, and challenges with low-abundance targets, and demonstrates how ddPCR overcomes these issues through absolute quantification and sample partitioning. The content also covers best practices for data analysis and reproducibility, along with practical ddPCR workflows that enable more sensitive, precise, and scalable gene expression studies across applications such as oncology, neuroscience, and translational research. Read More
Past, Present and Future of Digital PCR
eBook
This eBook provides a comprehensive overview of digital PCR (dPCR), tracing its evolution from early experimental methods to its current role as a highly precise and reliable tool for nucleic acid quantification. It explains how Droplet Digital™ PCR (ddPCR™) works, partitioning samples into thousands of droplets to enable absolute quantification, and highlights its advantages over traditional qPCR, including improved sensitivity, reproducibility, and inhibitor tolerance.
The book also explores real-world applications across key areas such as cell and gene therapy, oncology, and vaccine development. For example, it shows how ddPCR supports quality control in complex therapies, enables highly sensitive detection of circulating tumor DNA through liquid biopsies, and improves vaccine development workflows by ensuring accurate measurement of viral loads and genetic material.
In addition, the eBook looks ahead to the future of dPCR, emphasizing its growing role in personalized medicine, clinical diagnostics, and advanced research workflows, supported by increasing standardization and technological innovation. Read More