Real-Time PCR Detection System
Model:MCL1610
Description
The real-time PCR system is a high-performance molecular diagnostics solution designed for accurate and rapid nucleic acid amplification and analysis. This advanced PCR detection system integrates precise temperature control, sensitive fluorescence detection, and intelligent data processing, making it an ideal PCR machine for clinical diagnostics, research laboratories, and public health applications.
Feature
Four channels and double 16-well blocks design,can run two different programs at the same time.
Small size,light weight,easy to carry.
Powerful software analysis function,which can be used for Quantitative Analysis,Melting Curve Analysis,Genotyping,Relative quantification, and etc.
7-inch high-definition TFT color touch screen,and embedded win10 operating system.
20G flash memory can save 40,000 experimental data.
Printer as an optional which can print the records directly,no need to connect the computer.
Imported 32 bundled optical fibers are used to collect fluorescence from the side to increase the intensity of fluorescence signal and reduce light conduction damage.
Black reaction block to avoid background noise.
LED light source has the advantage of energy saving,environmental protection,long service life and maintenance free.
The electromagnetic lock cover technology prevents the hot lid from accidentally opening.
Front shutdown button makes file data more secure.
Constant current control circuit makes power output smooth and extends Peltier life,also improves temperature control accuracy
It has the protection functions of over-current,over temperature,power- off data self recovery,etc.
Forward and backward air vent design,can be placed side by side, saving laboratory space.
Specification
Why Choose This System
Accurate & Reliable: The optimized real-time PCR system delivers precise quantification and repeatable results
Efficient Workflow: Fast heating and cooling shorten assay time in the PCR detection system
Versatile Applications: Compatible with a wide range of reagents and protocols, expanding PCR machine usability
Laboratory-Friendly Design: Minimal maintenance and stable performance reduce operating burden
