Specialized in PCR testing operations, equipped with necessary features without waste! Easy to implement!
"SimpPCR" is a database system specialized in specimen management for PCR testing. 【Features】 ■ It handles administrative tasks from specimen reception to result reporting. ■ It can be used with minimal effort without significantly changing the current workflow. ■ It is a web server application, and operations can be performed on a network-connected PC. ■ It is continuously adapting to various virus PCR tests! Please inquire for the latest support status.
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basic information
【Functions】 ■Sample Reception - Only minimal necessary information input is required - Capable of receiving over 2000 samples per day - Printing function for barcode labels for sample attachment is available - Can accept tubes in various conditions, such as those with attached barcodes and those without ■Testing and Analysis - Supports pooling - Automatically collects information from dispensing robots, RNA extractors, qPCR devices, etc., so inputting information is almost unnecessary - Management and reporting of positive and negative controls are possible - Management of reagents and input of lot numbers are also possible ■Result Reporting - Outputs result information organized by request source - Issuance of documents such as negative certificates is also possible *For more details, please refer to the PDF materials or feel free to contact us.
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Let's create a vibrant group of engineers overflowing with intelligence. From this vision, Japan Control Systems Co., Ltd. was established as an independent system company in 1981. Since its founding, we have utilized our expertise in both hardware and software to engage in a wide range of developments across control systems, focusing primarily on communication control, image processing, and semiconductor-related technologies. Initially, we concentrated on contract development, but gradually increased our own product development, starting with a keyboard layout inspection device utilizing image processing and a high-speed mask data processing system employing distributed processing technology, which have received high acclaim. Notably, our high-speed mask data processing system, which has garnered significant recognition both domestically and internationally, now covers technologies that model the semiconductor mask manufacturing process and correct data, allowing for broader applications. Recently, we have expanded our areas of expertise to include motion capture technology, data clustering technology, and image processing technology, providing unique in-house product development. Leveraging the technologies and knowledge we have cultivated, we will continue to aim for the provision of high value-added products in the future.