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Network function of intelligent gene amplification instrument
Shanghai Xinzhuang's advanced Instrument patent technology enables fast and efficient equalization amplification detection through a MEMS-based organic system composed of an optical switch array, self-focusing lens, pigtail collimator, and a variable gain low-light O/E device. At its core is a 16-bit microcontroller that manages the electronic control unit, allowing multiple samples to be balanced and detected in milliseconds. This eliminates the time lag and vignetting errors typically associated with mechanical or CCD scanning methods. The system supports real-time PCR amplification and high-throughput fluorescence excitation and quantitative analysis of standard samples.
With a long history in PCR instrument development and marketization, Shanghai Xinzhuang has successfully applied standardized PCR detection in clinical settings. Their rapid real-time PCR technology allows for quick DNA/mRNA detection, real-time monitoring, and fluorescence-based analysis. By using needle-based labeling, the method enhances accuracy while simplifying traditional PCR procedures. Results can be obtained within one hour using minimal sample volumes, and the closed-tube analysis reduces contamination risks, sample consumption, and reporting time.
The system offers user-defined PCR operation platforms, enabling flexible application customization. It features high sensitivity, specificity, and a wide dynamic range, supported by a powerful software data management system that includes complete case files, integrated network services, and an intuitive interface. The instrument is designed for easy adaptation to various lab environments, with a maintenance-free light source system featuring high-brightness, narrow-band LED illumination. The photoelectric system uses US-made filters and Japanese PMT detectors for stable, fast, and sensitive fluorescence detection.
The temperature control system employs membrane heating and semiconductor heat pump refrigeration, ensuring rapid and stable thermal cycling and extending the instrument’s lifespan. A hot cover eliminates the need for mineral oil, reducing contamination risks. The software interface follows a Chinese Windows-style layout, making it more user-friendly for local operators. Pre-set parameters and input prompts ensure accurate and consistent operation.
The instrument supports diverse operational modes, including up to 9 blocks, 9 steps, and 99 cycles per program, with full flexibility for temperature and cycle adjustments. It provides excellent linearity, sensitivity (minimum resolution of 1 copy), and repeatability (CV ≤ 2.1%). Additionally, it features a unique power-off protection function that alerts users to resume testing after a brief power interruption, minimizing reagent loss and eliminating the need for dedicated power lines in PCR labs.
Shanghai Xinzhuang specializes in producing experimental equipment such as solid-phase extraction systems, combining leading-edge technology with quality assurance. We welcome your inquiries and are committed to providing innovative solutions tailored to your laboratory needs.