The development process of ceramic materials typically involves precise weighing of 5 to 8 different raw powders, followed by a series of experimental steps. We selected 17 commonly used raw material powders and used ChemPlus Conduct sample testing. The test results show that when adding powder samples in different material scenarios, ChemPlus Can effectively control the standard deviation within a certain range; Within 0.5mg.

In the early stages of new drug development, a comprehensive evaluation of compound properties is required. The diverse crystal forms of API active drug molecules and the screening of polymorphic forms are labor-intensive and inefficient. The study selected three types of API powders: carbamazepine, 4-acetaminophenol, and vanillin, and used ChemPlus ® Desktop solid sampler is used to test different target sample quantities. The results showed that the standard deviation of sample addition was controllable within 0.1mg, the average sample addition time was within 2 minutes, and the uniformity of parallel sample addition was good. This instrument has advantages such as high throughput, which can save labor and avoid errors, making it an important tool for high-throughput compound screening.

This application report focuses on ChemPlus Application of desktop solid sampler in powder packaging for compatibility research of excipients. The research background points out that the study of compatibility between raw materials and excipients is crucial for the development of formulations. The research process requires a large number of parallel experiments, and traditional weighing is time-consuming and labor-intensive. This sampling instrument can automatically complete solid weighing and sampling. Automated testing has shown that it is suitable for various auxiliary powder materials and can balance efficiency and accuracy. It has advantages such as high throughput and wide applicability, which can effectively improve research and development efficiency. It is a powerful tool for studying the compatibility of raw materials and auxiliary materials.

The report introduces ChemPlus ® The application of desktop solid sampler in drug capsule powder filling solves the problems of low efficiency and poor accuracy of traditional methods. Tests have shown that the device can accurately and stably complete sample addition, with a standard deviation controlled within ± 0.1mg and no floating powder phenomenon, significantly improving experimental efficiency and capsule quality.

The report showcases ChemPlus ® Application of desktop solid sampler for automatic weighing of metal powder in alloy material research. Experimental results have shown that the device can accurately control the sample amount (within a deviation of ± 0.1mg), efficiently process complex powders, improve experimental efficiency and safety, support anhydrous and anaerobic operations, and meet diverse research needs.