Laboratory Automatic Powder Tablet Press – More Reliable Data

In laboratory scenarios such as materials research, chemical testing, and geological analysis, the shaping of powder samples is a crucial step in the experimental process. Prensa hidráulica automática is time-consuming and labor-intensive, not only requiring a significant amount of physical effort from the operator but also making it difficult to control the pressure accuracy and holding time. This often leads to uneven sample density and poor shaping results, which in turn affects the accuracy and repeatability of subsequent analysis data, becoming a “stumbling block” that restricts the improvement of experimental efficiency. To address this industry pain point, the Hengchuang automatic powder tablet press has emerged, reshaping the tablet pressing process with intelligent technology and bringing a new experience of high efficiency, precision, and safety in sample preparation to researchers.

Precise pressure control, laying a solid foundation for experimental data. The reliability of experimental data begins with the accuracy of sample preparation. The Hench automatic powder compaction machine is equipped with high-precision pressure sensors and an intelligent pressure control system. The pressure range covers 0.2 – 200T, with a regulation accuracy of 0.1 MPa / 0.1T. It can precisely match the compaction parameters according to the characteristics of different powder samples (such as ceramic powder, metal powder, chemical raw material powder, etc.).

At the same time, the equipment supports automatic pressure addition – automatic pressure replenishment – timed pressure retention – automatic pressure release, ensuring that the samples are fully formed under a stable pressure, effectively avoiding problems such as cracking and porosity caused by pressure fluctuations and insufficient pressure retention, and maintaining the density and thickness of each sample at a high level of consistency. This provides a stable and reliable sample foundation for subsequent experiments such as XRF fluorescence analysis and infrared spectroscopy detection, significantly improving the repeatability and credibility of experimental data.

Reduce the cost of scientific research personnel. Compared to the cumbersome process of traditional manual tablet presses, where operators need to “manually apply force, manually set the time, and manually remove the mold”, the operators only need to load the powder sample into the mold, tighten the screw rod, and set the pressure, holding time, and other parameters through the intuitive touch screen interface. Once the device is started, it can automatically complete the tablet pressing, holding pressure, and mold removal steps. The pressing time for a single sample has been shortened from the original 10-15 minutes to 3-5 minutes, significantly improving the efficiency of sample preparation. This frees scientific researchers from repetitive and cumbersome basic operations. They can replicate the pressing data each time and avoid the situation where the pressure and holding time are different each time when using the manual press, resulting in inconsistent inverted sample results.

Safe and convenient, adaptable to various experimental needs. Safety is the primary prerequisite for laboratory operations. The equipment is equipped with multiple safety protection mechanisms such as overload protection, pressure upper limit warning, and emergency stop button. When the pressure exceeds the set threshold or abnormal situations occur, the equipment will automatically shut down immediately to ensure the safety of operators and the experimental environment. In terms of compatibility and maintainability, the equipment supports rapid replacement of various specifications of molds, and can adapt to different sizes and shapes of sample molding requirements, easily handling various powder material preparation scenarios.

Whether it is the cutting-edge material research in universities and research institutes, or the quality testing in enterprise laboratories, Hengchen Automatic Powder Compaction Machine offers stable performance, efficient operation, and precise pressure control, making it a reliable assistant for researchers. It is not merely a compaction equipment; it is also a scientific research empowerment tool that enhances experimental efficiency and ensures data quality. Choosing Hengchen means making powder sample preparation more professional and worry-free, and facilitating every scientific exploration to proceed accurately!