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The stacked shaker solves the drawbacks of traditional equipment in this way!
Date: 2025-07-18Read: 1
In laboratory and industrial production, shaker is a commonly used equipment for cell culture, microbial fermentation, mineral processing, etc. However, traditional rocking beds have many drawbacks, and the emergence of stacked rocking beds effectively solves these problems.
Traditional shaking tables take up a large amount of space, especially when laboratory space is limited, requiring independent equipment placement, which greatly compresses valuable space and affects subsequent equipment expansion and experimental layout. The device adopts a vertical stacking design, such as the common double-layer or three-layer structure, which allows the space that could only accommodate one shaker to function as multiple devices, greatly improving space utilization and enabling efficient use of limited laboratory or factory space.
The traditional shaker has a single function, and all samples are oscillated and cultured under the same conditions, which makes it difficult to meet the requirements of complex experiments. For example, in microbial experiments, different bacterial strains require different temperature and speed requirements for cultivation. Using a traditional shaker requires multiple devices to set the conditions separately, which is costly and takes up a lot of space.Stacked shakerEach floor is equipped with an independent control system, which can set parameters such as temperature, speed, and time separately. This means that researchers can conduct multiple experiments under different conditions simultaneously on the same device, improving experimental efficiency and accelerating the research process.
Traditional shaking tables have shortcomings in terms of operational stability and parameter control accuracy. In long-term cell culture experiments, small fluctuations in temperature and rotation speed may affect the growth status of cells, leading to experimental results bias. The stacking shaker is optimized in terms of mechanical structure and material selection to ensure that each layer operates independently and has good overall stability. At the same time, advanced temperature and speed control technologies, such as high-precision sensors and intelligent control systems, are adopted to control parameters such as temperature and speed more accurately, providing a stable environment for experiments and ensuring the reliability and repeatability of experimental results.
In addition, the traditional shaking table operation process is cumbersome, recording equipment operating parameters is inconvenient, and requires high professional requirements for operators. The stacked shaker is equipped with an intelligent operation interface, with simple and intuitive parameter settings, as well as data recording and export functions, making it convenient for experimenters to trace the experimental process and lowering the operating threshold, allowing beginners to quickly get started.
Stacked shakerWith the advantages of space utilization, diverse functions, stable performance, and convenient operation, the drawbacks of traditional equipment have been effectively solved, bringing great convenience to scientific research and production, and gradually becoming a commonly used equipment in various fields.