Multifunctional Synthesis Platform

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MTS-6610 Multifunction Synthesis Platform

The MTS-6610 multi-functional synthesis platform is a high-end instrument specifically designed for modern chemical synthesis laboratories. It integrates cutting-edge, fully integrated modular technology with an intelligent control system, offering synthetic chemists unprecedented operational flexibility and temperature-control accuracy. This platform innovatively features a fixed heating main module while allowing the reactor volume to be freely adjusted between 1 ml and 1000 ml, significantly expanding its range of experimental applications.

Product Features

Dual mixing system: The unique combination of powerful magnetic stirring and mechanical stirrer allows users to effortlessly switch between stirring modes at the touch of a button on the touchscreen. Whether it’s rapid mixing of low-viscosity solutions or uniform stirring of high-viscosity samples, this system handles it all with ease, meeting the diverse needs of various experiments.
Excellent thermal insulation and corrosion resistance: The reactor body features an integral jacketed design that not only provides excellent thermal insulation, reducing heat loss, but also boasts outstanding corrosion and heat resistance, ensuring the stability and safety of the experimental process.
Diverse temperature control modes: It offers up to six temperature control modes (including two rapid heating modes, two precise heating modes, and two program-controlled heating modes), meeting temperature control requirements in a variety of experimental scenarios. Users can flexibly select the mode that best suits their experimental needs, enabling precise temperature control.
Intelligent operation interface: The host device features a design that combines a touch screen with a rotary knob, offering intuitive and convenient operation. The touch screen provides clear display and supports touch-based interactions, while the rotary knob delivers an even more intuitive adjustment experience, making operation both flexible and efficient.
High-precision temperature control system: The temperature-control program, integrated with an AI fusion algorithm and paired with a highly efficient refrigerant circulation module and an AI-powered fully automatic flow-limiting valve, achieves precise temperature control across a wide range—from -40℃ to 250℃. Whether it’s isothermal control or complex programmed temperature control, this system can handle it effortlessly, meeting all temperature-control requirements during synthesis processes.
Strong magnetic stirring performance: Adopting a high magnetic energy product module design, it delivers powerful magnetic stirring performance, enabling uniform mixing even with high-viscosity samples and thereby enhancing experimental efficiency.
Flexibility of mechanical stirrers: The mechanical stirrer features a rod-through design, allowing users to select the appropriate stirring rod according to their experimental needs, thereby enhancing flexibility and convenience of use.
Optional refrigerant circulation module: This platform can be optionally equipped with the Ruihua Scientific Instruments refrigerant circulation module, further expanding its functionality. The module enables isothermal program control, effectively managing exothermic reactions during synthesis, and supports fully automatic temperature ramping and cooling control, providing robust support for complex synthesis experiments.

Accompanying Guide

Scope of application

Primarily used to replace traditional integrated high- and low-temperature parallel synthesizers;
Suitable for lead compound exploration, high-throughput synthesis of small quantities and small batches of samples;

Also used in the following scenarios: