The gene amplification instrument is fast and stable

Shanghai Xinzhuang Instrument Co., Ltd. has developed the LNB brand gene amplification instrument, a cutting-edge device that combines energy efficiency with environmental friendliness, standing at the forefront of domestic technology. This advanced system utilizes patented technology to achieve fast and accurate balanced amplification detection through MEMS-based optical components, including an optical switch array, self-focusing lens, pigtail collimator, and variable gain low-light O/E device. Powered by a 16-bit microcontroller, it enables rapid equilibrium scanning for multiple samples in milliseconds, eliminating time delays and vignetting errors typically associated with mechanical or CCD scanning methods. The instrument supports real-time PCR amplification and high-throughput fluorescence excitation and quantification of standard samples. With a long history in PCR development and commercialization, it has been successfully applied in clinical settings. Its rapid real-time PCR technology allows for quick DNA/mRNA detection, real-time monitoring, and fluorescence-based analysis. The needle-based labeling method enhances accuracy, simplifies traditional PCR processes, and delivers results within one hour using minimal sample volumes. Closed-tube analysis reduces contamination risks, minimizes sample consumption, and streamlines workflows, offering greater flexibility for advanced applications. Users can customize PCR protocols, design their own tests, and benefit from a powerful software system that manages data, tracks reagents, and provides a user-friendly interface. The system features high sensitivity, specificity, and a wide dynamic range, along with integrated network services and automatic result tracking. The instrument is designed for easy adaptation to different lab environments and includes a maintenance-free light source system with high-brightness, narrow-band LED illumination. Its sensitive photoelectric system uses US-made filters and Japanese PMT detectors, ensuring stable and fast performance. The advanced temperature control system employs membrane heating and semiconductor refrigeration, enabling rapid and consistent temperature changes while extending the instrument’s lifespan. A heated lid eliminates the need for mineral oil, reducing contamination risks. The software features a Chinese Windows-style interface tailored for local users, with intuitive parameter input and prompts to ensure accuracy. It supports diverse operation modes, allowing up to 9 blocks, 9 steps, and 99 cycles per program, making it suitable for both clinical and research applications. With excellent linearity, sensitivity, and repeatability, Shanghai Xinzhuang adheres to the principle of "survive by quality, develop by technology, benefit by management, and build credibility through service." Every product and project is handled with care, ensuring strict adherence to commitments and delivering outstanding quality and support. Our professional team is here to assist you—choosing Shanghai Xinzhuang means choosing reliable technology and dedicated service.

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