Adopting an innovative combination of an auxiliary pump and a universal trap column, it accurately solves the problem of one-dimensional fraction diffusion, achieving a qualitative leap in two-dimensional peak shape. The universal trap column breaks application limitations, greatly expands the adaptation scenarios of the preparative platform, and meets more diverse experimental needs.
No compromise when facing complex and difficult-to-separate impurities! Flexibly adjust the flow path through valve switching technology, reduce the number of series-connected trap columns and chromatographic columns, compatible with the pressure resistance range of the instrument hardware. At the same time, it can be matched with chromatographic columns with smaller particle size and higher column efficiency, making difficult-to-separate impurities nowhere to hide and further improving separation accuracy.
The universal trap column brings a revolutionary breakthrough in solvent compatibility, easily realizing the free switching of multi-dimensional preparative modes such as reversed-phase/reversed-phase and reversed-phase/hydrophilic interaction, completely solving the problem of adaptation to different solvent systems, and making experimental design more flexible.
Through customized instrument configuration, simultaneous multi-dimensional and multi-component preparation of target compounds and impurities is realized, taking into account the core needs of R&D and the requirements of impurity analysis. For trace impurities with low content, technologies such as multi-injection enrichment are adopted to greatly improve detection sensitivity, making trace impurities impossible to escape detection.
A variety of integrated automatic valves are optional, combined with highly compatible intelligent software, to realize automatic multi-valve switching and full-process automated operation. No frequent manual intervention is required, making the experimental process more standardized, the results more stable, and greatly reducing human operation errors.
In traditional liquid chromatography experiments, lengthy pretreatment operations such as freeze-drying and rotary evaporation often become "stumbling blocks" that slow down R&D progress. Our solution greatly reduces such time-consuming operations by optimizing the pretreatment process, directly shortening the method development cycle by 50%. The delivery cycle of urgent projects can be accurately shortened, making enterprises more responsive in customer cooperation.
The "invisible black hole" of R&D costs is often hidden in repeated experiments — sample retries, material consumption, and time loss caused by insufficient purity can accumulate to significantly increase project costs. With our precise separation technology and stable system performance, we avoid repeated experiments caused by purity issues from the source, not only saving precious experimental materials, but also eliminating the time cost caused by repeated operations, realizing fundamental control of R&D costs.
Equipment is the core asset of R&D, and its utilization rate directly determines the return on resource investment. Our two-dimensional preparative system brings a fundamental breakthrough: while completing the main separation task, it can simultaneously re-purify the collected fractions, allowing a single device to realize "double value" and directly doubling the equipment utilization rate. Without additional equipment purchase, the experimental output per unit time can be increased, enabling limited resources to create greater R&D value.
The energy of R&D personnel should focus on core work such as experimental design and result analysis, but they are often occupied by repetitive operations such as sample injection, separation, and collection. We can realize a 24-hour continuous automatic closed-loop process of sample injection, separation, and collection, which can operate stably without manual on-duty. This not only frees R&D personnel from tedious manual labor and focuses their energy on higher-value R&D links, but also makes the experimental process not limited by working hours, realizing an efficient R&D model of "people rest, machines don't stop".
From technological breakthrough to value realization, Chromai's Two-Dimensional Preparative Platform takes "saving manpower, reducing costs, improving efficiency, and ensuring accuracy" as the core, providing full-scenario adaptation and full-process empowerment solutions for CXO R&D. Whether it is accelerating project delivery, controlling R&D costs, improving experimental accuracy, or releasing manpower value, Chromai can be your reliable partner in R&D, helping enterprises run faster, more stably, and further on the CXO track!