English
Email

Economical Real-Time Fluorescent Quantitative PCR

economical-real-time-fluorescent-quantitative-pcr
economical-real-time-fluorescent-quantitative-pcr

Product Features

  • Multi-Color Fluorescence Channels: Supports FAM, ROX, CY5, and VIC for versatile detection.

  • Cost-Effective: Priced as low as 4500 RMB, offering excellent value for performance.

  • 8 x 0.2mL Amplification Module: Efficient sample processing with eight individual amplification tube positions.

  • High Sensitivity: Minimum detection limit of 50 copies for reliable results.

  • Fast Thermal Cycling: Self-developed temperature control module completes 40 amplification cycles in just 35 minutes.

  • Proprietary PCR Algorithm: Customized PCR algorithm for enhanced reaction efficiency and accuracy.


Product
Contact With Us
Tel:
+1-707-722-7066
Add:
Blk A4 - F2, Liyuan Development Zone, Binhu District, Wuxi, China

For any inquiries or queries regarding our animal lab test kits and in vitro diagnostic devices, please don't hesitate to reach out to us directly or fill out our online form. We are here to assist you and provide prompt responses to your questions.

Flashtest Blogs
Nov 20-2025
Why Modern Cardiac Troponin T Test Kits Are Essential for Rapid Cardiac Biomarker Screening
Early and accurate identification of cardiac injury has become one of the most critical tasks in emergency departments, outpatient centers, and clinical laboratories. As cardiovascular diseases contin...
Nov 20-2025
Understanding PCR Dog Testing Technology and Its Role in Canine Disease Control
In recent years, molecular diagnostics have reshaped the way veterinarians identify, monitor, and prevent infectious diseases in dogs. Among these diagnostic tools, the PCR dog test stands out as one ...
Nov 20-2025
How Modern Cat Antigen Tests Improve Feline Disease Management
Modern veterinary diagnostics are evolving quickly, and one of the most meaningful advances for pet clinics and cat owners is the improvement of the cat antigen test. As feline viral and bacterial inf...
Home