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Intelligent gradient PCR instrument3
https://www.apices.com.tw/en/ APICES SCIENTIFIC CO., LTD.
  • RePure-T Series Intelligent Three-slot Gradient PCR Instrument

    RePure-T series three-slot gradient PCR instrument uses the Android operating system, matches a 10.1-inch capacitive touch screen, and can independently run three gradient modules; the front-to-back air duct allows the machines to be placed side by side; the adaptive thermal cover allows the lid to be closed and tightened in one step; it uses imported long-life Peltier modules specifically for temperature circulators, with a cycle number of more than 1 million times and a maximum temperature change rate of 9.5℃/S; it has a built-in WIFI module, and multiple machines can be controlled using a mobile phone APP.


  • RePure-D Series Intelligent Duplex Double-Trough Gradient PCR Instrument

    RePure-D series dual-slot gradient PCR instrument uses the Android operating system, matches a 10.1-inch capacitive touch screen, and can independently operate dual modules; the front-to-back air duct allows the machines to be placed side by side; the adaptive pressure-bar hot cover allows the lid to be closed and tightened in one step; it uses imported long-life Peltier modules specifically for temperature circulators, with a cycle number of more than 1 million times and a maximum temperature change rate of 9.5℃/S; it has a built-in WIFI module, and multiple machines can be controlled using a mobile phone APP.


  • RePure Series Intelligent 2D Gradient PCR Instrument

    RePure series uses the Android operating system and is matched with a 10.1-inch capacitive touch screen, which is simple and smooth to operate; the air duct is forward and backward, and the machines can be placed side by side; the adaptive pressure rod type hot cover can be closed and tightened in one step; it uses imported temperature circulators with special long-life Peltier modules, with more than 1 million cycles and a maximum temperature change rate of 9.5℃/S; the built-in WIFI module can control multiple machines with a mobile phone APP.


  • ELVE Series Mini Gradient Gene Amplifier

    ELVE series uses imported long-life Peltier modules for temperature circulators, with a maximum temperature change rate of more than 5 degrees per second and a cycle number of more than 1 million times. This product integrates a variety of advanced technologies: Android operating system, full-color touch screen, gradient experiment, built-in WIFI module, support for mobile phone APP control, email reminder function, large data storage capacity and expansion functions, etc.


  • GE-TOUCH Series Intelligent Gradient PCR Instrument

    GE-TOUCH uses 8 customized American Marlow semiconductor refrigeration chips, with a maximum temperature change rate of more than 5 degrees per second and a cycle number of more than 1 million times. This product integrates multiple advanced technologies: Android operating system, color capacitive touch screen, dual modules that can run independently, multiple replaceable modules, built-in WIFI module, mobile phone APP and PC software control functions, email reminder function, large data storage capacity and expansion function, etc.; all of these will improve the functions of qualitative PCR products to a better level, and the powerful functions will meet the needs of higher-demand experiments.


  • GE4T Intelligent In Situ Gene Amplifier

    GE4T uses imported long-life Peltier modules for temperature circulators, with a maximum temperature change rate of more than 4 degrees per second and a cycle number of more than 1 million times. This product integrates a variety of advanced technologies: Android operating system, color capacitive touch screen, a variety of replaceable modules, built-in WIFI module, mobile phone APP and PC software control functions, email reminder function, large data storage capacity and expansion function, etc.; all of which improve the functions of qualitative PCR products to a better level, and the powerful functions will meet the needs of higher-demand experiments.