The magnetic module is an automated module based on the magnetic bead method. It can be combined with other automated modules to form solutions for nucleic acid extraction and purification, NGS library construction, etc. According to the scene requirements, IMADEK provides two options: fixed magnetic module and lifting magnetic module. You can choose the appropriate type according to specific experimental needs and the characteristics of the automated process to achieve efficient automation of solutions such as nucleic acid extraction, purification, and NGS library construction.
The lMADEK microplate reader is widely used in ELISA and can communicate and be controlled by automated platforms. It features seamless connectivity, compact footprint, and can be used for integration. With its excellent sensitivity, stability, and detection speed, it provides a reliable solution for your experimental and testing work.
The PCR Module integrates high-efficiency compatibility, precise temperature control, thermoelectric cooling technology, high-throughput operation, and a convenient network interface, specifically designed to meet the rigorous demands of modern laboratories. Whether in high-throughput PCR, gene amplification, or other molecular biology experiments, it delivers exceptional performance and unparalleled operational convenience.
The IMADEK shaking incubation Module is a high-precision shaking and incubation device specifically designed for automated workstations. It integrates dual functions of shaking and heating, capable of maintaining minimal fluctuation errors within the set temperature range, thereby providing stable and suitable incubation conditions for experimental samples. Its shaking function enables precise adjustment of multiple modes and frequencies, meeting the specific requirements of different experiments for shaking amplitude and speed. This effectively accelerates biological experimental processes such as solution mixing and incubation, creating an ideal shaking and incubation environment for your automated workflows.
The Temperature Control Module utilizes semiconductor technology to achieve dual functions of heating and cooling. Equipped with a composite cooling system, it enables rapid heating and cooling, ensuring high efficiency in experimental processes. Its compact design concept and a variety of adapter options not only save space but also facilitate integration and layout, significantly enhancing the flexibility and practicality of the workstation. The temperature control module is widely applied in processes such as reagent cooling, incubation during nucleic acid extraction, and lysis.
The Floor-Standing Centrifuge is a new generation of intelligent centrifuge specially developed for the joint control of upper computers in automated workstations. It is controlled by a single-chip microcomputer, featuring MODBUS communication and 485 output. Equipped with an intelligent touch operation display, it integrates display and operation functions into one. It can be controlled as a single unit or through multi-machine joint control. Adopting a separate dual-drive system for rotor load and precise positioning, it overcomes the limitation that servo motors cannot operate under high-speed loads. This enables stable and smooth low-speed operation as well as extended high-speed operation capabilities, meeting the diverse speed requirements of various application scenarios within a wider range.
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The magnetic module is an automated module based on the magnetic bead method. It can be combined with other automated modules to form solutions for nucleic acid extraction and purification, NGS library construction, etc. According to the scene requirements, IMADEK provides two options: fixed magnetic module and lifting magnetic module. You can choose the appropriate type according to specific experimental needs and the characteristics of the automated process to achieve efficient automation of solutions such as nucleic acid extraction, purification, and NGS library construction.
The lMADEK microplate reader is widely used in ELISA and can communicate and be controlled by automated platforms. It features seamless connectivity, compact footprint, and can be used for integration. With its excellent sensitivity, stability, and detection speed, it provides a reliable solution for your experimental and testing work.
The PCR Module integrates high-efficiency compatibility, precise temperature control, thermoelectric cooling technology, high-throughput operation, and a convenient network interface, specifically designed to meet the rigorous demands of modern laboratories. Whether in high-throughput PCR, gene amplification, or other molecular biology experiments, it delivers exceptional performance and unparalleled operational convenience.
The IMADEK shaking incubation Module is a high-precision shaking and incubation device specifically designed for automated workstations. It integrates dual functions of shaking and heating, capable of maintaining minimal fluctuation errors within the set temperature range, thereby providing stable and suitable incubation conditions for experimental samples. Its shaking function enables precise adjustment of multiple modes and frequencies, meeting the specific requirements of different experiments for shaking amplitude and speed. This effectively accelerates biological experimental processes such as solution mixing and incubation, creating an ideal shaking and incubation environment for your automated workflows.
The Temperature Control Module utilizes semiconductor technology to achieve dual functions of heating and cooling. Equipped with a composite cooling system, it enables rapid heating and cooling, ensuring high efficiency in experimental processes. Its compact design concept and a variety of adapter options not only save space but also facilitate integration and layout, significantly enhancing the flexibility and practicality of the workstation. The temperature control module is widely applied in processes such as reagent cooling, incubation during nucleic acid extraction, and lysis.
The Floor-Standing Centrifuge is a new generation of intelligent centrifuge specially developed for the joint control of upper computers in automated workstations. It is controlled by a single-chip microcomputer, featuring MODBUS communication and 485 output. Equipped with an intelligent touch operation display, it integrates display and operation functions into one. It can be controlled as a single unit or through multi-machine joint control. Adopting a separate dual-drive system for rotor load and precise positioning, it overcomes the limitation that servo motors cannot operate under high-speed loads. This enables stable and smooth low-speed operation as well as extended high-speed operation capabilities, meeting the diverse speed requirements of various application scenarios within a wider range.
The magnetic module is an automated module based on the magnetic bead method. It can be combined with other automated modules to form solutions for nucleic acid extraction and purification, NGS library construction, etc. According to the scene requirements, IMADEK provides two options: fixed magnetic module and lifting magnetic module. You can choose the appropriate type according to specific experimental needs and the characteristics of the automated process to achieve efficient automation of solutions such as nucleic acid extraction, purification, and NGS library construction.
The lMADEK microplate reader is widely used in ELISA and can communicate and be controlled by automated platforms. It features seamless connectivity, compact footprint, and can be used for integration. With its excellent sensitivity, stability, and detection speed, it provides a reliable solution for your experimental and testing work.
The PCR Module integrates high-efficiency compatibility, precise temperature control, thermoelectric cooling technology, high-throughput operation, and a convenient network interface, specifically designed to meet the rigorous demands of modern laboratories. Whether in high-throughput PCR, gene amplification, or other molecular biology experiments, it delivers exceptional performance and unparalleled operational convenience.
The IMADEK shaking incubation Module is a high-precision shaking and incubation device specifically designed for automated workstations. It integrates dual functions of shaking and heating, capable of maintaining minimal fluctuation errors within the set temperature range, thereby providing stable and suitable incubation conditions for experimental samples. Its shaking function enables precise adjustment of multiple modes and frequencies, meeting the specific requirements of different experiments for shaking amplitude and speed. This effectively accelerates biological experimental processes such as solution mixing and incubation, creating an ideal shaking and incubation environment for your automated workflows.
The Temperature Control Module utilizes semiconductor technology to achieve dual functions of heating and cooling. Equipped with a composite cooling system, it enables rapid heating and cooling, ensuring high efficiency in experimental processes. Its compact design concept and a variety of adapter options not only save space but also facilitate integration and layout, significantly enhancing the flexibility and practicality of the workstation. The temperature control module is widely applied in processes such as reagent cooling, incubation during nucleic acid extraction, and lysis.
The Floor-Standing Centrifuge is a new generation of intelligent centrifuge specially developed for the joint control of upper computers in automated workstations. It is controlled by a single-chip microcomputer, featuring MODBUS communication and 485 output. Equipped with an intelligent touch operation display, it integrates display and operation functions into one. It can be controlled as a single unit or through multi-machine joint control. Adopting a separate dual-drive system for rotor load and precise positioning, it overcomes the limitation that servo motors cannot operate under high-speed loads. This enables stable and smooth low-speed operation as well as extended high-speed operation capabilities, meeting the diverse speed requirements of various application scenarios within a wider range.
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