Parallel Automatic Synthesis Device Automatic Reaction Device for Laboratory Use
Mya 4 Reaction Station
4-vessel independent condition reaction, laboratory synthesis device. Reaction temperature: -30 to 180 °C. Vessel size: 2 to 400 ml.
Radleys, a UK company, started in 1966 as a manufacturer of glassware and now primarily sells synthesis equipment such as lab reactors, parallel synthesis systems, and reactors worldwide. Its main users are major pharmaceutical companies, chemical companies, and universities around the globe. The MYA 4 Parallel Synthesis Station is a parallel synthesis device that allows for independent testing of four vessels under different reaction conditions. The reaction temperature ranges from -30°C to 180°C (with a temperature difference of up to 200°C between vessels), and vessel sizes can be selected from 2ml to 400ml for screening or process development applications, making it effective for both screening and process development labs.
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basic information
**Features** - You can choose between a magnetic stirrer or a MYA compact stirrer (overhead stirrer) for stirring. The stirring speed can be controlled from 100 to 1000 rpm for both the magnetic stirrer and the MYA compact stirrer. - It can be cooled down to -25°C using tap water, so a chiller is not necessary for use above this temperature. Rapid cooling is possible by utilizing powerful Peltier technology. - You can choose between touch panel or PC control (optional). A touch screen control pad is included as standard, but if you want to add a syringe pump, pH sensor, peristaltic pump, balance, etc., you can opt for PC control. With PC control, there are no limits on the number of steps, and test results can be exported in text format or CSV.
Price information
It varies greatly depending on the options.
Delivery Time
※The delivery date may vary depending on the options, so please feel free to contact us.
Applications/Examples of results
◆Flexible and Wide Applications - Four different zones, each equipped with heating and active cooling - Suitable for various experiments in one compact system - Capable of accommodating a wide range of container sizes and styles - Controls experiments and automatically records results ◆Safer, Cleaner, More Environmentally Friendly, and More Productive - Safe and smart, eliminating inefficient, messy, and hazardous oil baths and ice baths - Saves space by consolidating separate reaction systems - Improved safety through software control, reduced manual errors, and enables 24/7 unattended chemical reactions, enhancing productivity - Easily and accurately create, repeat, and share experiments and results - Simplifies the management of complex multi-step and multi-device experiments - Integrates third-party devices such as pumps, balances, and pH sensors ◆Control Options for Mya 4 - Touchscreen control pad - standard equipment - Optional PC control software - integrates and controls third-party equipment
Detailed information
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You can choose between a magnetic stirrer or a MYA compact stirrer (overhead stirrer) for stirring. The stirring speed can be controlled from 100 to 1000 rpm for both the magnetic stirrer and the MYA compact stirrer. It can be cooled down to -25°C with tap water, so a chiller is not necessary for use above this temperature. Rapid cooling is possible by utilizing powerful Peltier technology.
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You can choose between touch panel or PC control (optional). A touch screen control pad is included as standard, but if you want to add a syringe pump, pH sensor, peristaltic pump, balance, etc., you can select PC control. With PC control, there are no limits on the number of steps, and test results can be exported in text format or CSV.
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We offer a variety of colorful reaction containers.
Company information
Aivic Research was established with the aim of contributing to the improvement of healthcare by helping to enhance the data accuracy of dissolution testing through the provision of excellent dissolution testers and dissolution tester inspection services, as well as introducing the latest dissolution testing information by utilizing various pipes from overseas, thereby supporting the development of the pharmaceutical industry in Japan.