MCL0737 Real-Time PCR System 4 Channels with High-Performance Peltier Technology for Laboratory Use

The MCL0737 Automatic Real-Time PCR System is a state-of-the-art 4-channel PCR machine engineered for precision and reliability in molecular biology applications. It incorporates powerful peltier elements from MARLOW, ensuring a long lifespan of over 1,000,000 thermal cycles and rapid temperature ramping rates up to 6°C per second. This feature is crucial for efficient PCR protocols and reduces overall processing time.

Equipped with T-optical technology, the system significantly reduces background noise while enhancing fluorescence signal sensitivity and improving the signal-to-noise ratio. This innovative optical design, combined with synchronous detection capabilities, allows for simultaneous monitoring of all wells, ensuring consistent and accurate data acquisition without sequential delays.

The instrument boasts a self-contained 10-inch TFT LCD touch screen that provides an intuitive interface for users to view and control qPCR processes. The articulating display screen can be adjusted to the optimal viewing angle, enhancing usability in various laboratory settings. Additionally, the patented SSLPTM CCD imaging technology eliminates issues related to moving parts, such as overheating and wear, and avoids problems associated with optical fiber systems, like breakage and dust blockage.

For fluorescence excitation, long-life LED lamps are used, which require no replacement over time, reducing maintenance costs and ensuring consistent performance. The sample block features a temperature gradient function, enabling users to optimize PCR conditions easily across different wells. The drawer design of the sample block facilitates convenient loading and unloading of PCR tubes and plates, streamlining workflow.

Remote operation is supported through LongGene's 'Optimum qPCR Design & Analysis Software,' allowing users to control the instrument and analyze results from a PC. The system is compatible with multiple computer operating systems, including Windows 10, Windows 7, and Windows XP, and offers extensive program storage with up to 15,000 onboard protocols and unlimited storage via USB flash drive.

With certifications such as CE-IVD, this PCR system meets stringent quality standards for in vitro diagnostics. It is designed for a broad range of applications, from research to clinical diagnostics, providing reliable and reproducible results. The instrument's robust construction, combined with advanced features, makes it a valuable asset for any laboratory seeking high-throughput and accurate PCR analysis.

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