Gene amplification instrument with fluorescent probe label

Shanghai Xinzhuang's patent technology offers a fast, efficient, and balanced amplification detection system. The MEMS-based optical module integrates an optical switch array, self-focusing lens, pigtail collimator, and a variable gain low-light O/E device, all controlled by a 16-bit single-chip microcontroller. With the support of an electronic control unit, multiple samples can be rapidly and evenly analyzed within milliseconds, eliminating time delays or vignetting errors typically associated with mechanical scanning or CCD-based systems. This platform enables real-time PCR amplification, high-throughput fluorescence excitation, and precise quantification of standard samples. As a leader in PCR technology, the company has a long history in developing and commercializing PCR instruments. Standardized PCR detection methods have been successfully applied in clinical settings, while rapid real-time PCR technology allows for quick DNA/mRNA detection, real-time monitoring, and fluorescence-based analysis. The use of needle-based labeling ensures higher accuracy, simplifies traditional PCR procedures, and delivers results in approximately one hour using minimal sample volumes. Closed-tube analysis reduces contamination risks, minimizes sample handling, shortens reporting times, and streamlines workflows. It also provides users with greater flexibility through a customizable PCR operation platform, enabling user-defined applications, test configurations, and data analysis. The system features high sensitivity, specificity, and a wide dynamic range, supported by a powerful software data management system that maintains complete case files. It includes integrated network services, intuitive icon-based displays, automatic reagent and result tracking, and a user-friendly interface. The instrument is designed to be adaptable to various laboratory environments, featuring a maintenance-free light source system with high-brightness, narrow-band LED illumination for stable, long-lasting performance. The photoelectric system uses a US-made fluorescence excitation/detection monochromator and a Japanese original metal-encapsulated photomultiplier tube (PMT), ensuring high sensitivity, speed, and stability. All critical components—such as collimators, fiber optics, and electronic controls—are imported to guarantee precision and consistency. The advanced temperature control system employs membrane heating and semiconductor heat pump refrigeration technology, ensuring rapid and stable thermal cycling while extending the instrument’s lifespan. A heated lid eliminates the need for mineral oil, reducing contamination risks and human error during PCR operations.

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Guangzhou Huilian Office Equipment Co., Ltd , https://www.hl-part.com

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