This time, Liyang Enterprise brought the Chemspeed Crystal Powderose fully automatic solid powder sampling platform at BCEIA, which improves the traditional sampling method with precise sample pretreatment automation technology. The equipment is based on Chemspeed's top mounted weighing and sampling technology - GDU. What is impressive is that the product adopts a highly intelligent design, bringing revolutionary breakthroughs to the weighing and distribution of solid samples. Experimenters only need to input the target quantity and accuracy requirements through touch screen editing settings, and the product can be self taught and explore sample parameters on its own.

Another advantage is that it is a desktop compact weighing solid sampling solution, which is only the size of an oven, saving a lot of space for the laboratory. At the same time, users can access and remotely configure and monitor through mobile networks, and achieve 24/7 automated precision sampling experiments. In addition, numerous research institutions, university research centers, government laboratories, and others around the world have already applied Chemspeed's high-yield, cost-effective fully automated research and development platform, which has a wide range of applications including pharmaceuticals, agricultural chemicals, catalysts, polymer synthesis, materials science, specialty chemicals, and nutritional supplements.

In the process of drug sample preparation and detection, experimental personnel use manual or semi-automatic spot analyzers to perform thin-layer chromatography spot sampling. The preparation process is very complex and there are bottlenecks such as difficult reproducibility, difficult development, and difficult color development.

The CAMAG fully automatic and efficient thin-layer chromatography detection and evaluation system utilizes the concept of modular combination to achieve unmanned operation processes such as "sampling unfolding derivatization detection analysis reporting" throughout the entire process, achieving one-step completion and overcoming reproducibility bottlenecks. It is particularly suitable for the analysis and detection of complex component samples.

CAMAG HPTLC PRO promotes digital quality control and intelligent evaluation through automated programs, flat vision and multi-dimensional evaluation indicators, and a shared HPTLC method library. Its twistTransforming from traditional research and developmentAnd detection technology, using digital technology to assist industry transformation and prepare for intelligent laboratories, mainly applied in fields such as traditional Chinese medicine, pharmaceuticals, food/health products, clinical practice, environment, and legal testing.

In drug development, in order to ensure drug quality and safety, and provide more effective drugs for patients, it is necessary to find as many crystal forms as possible for screening and research; And the study of drug crystal forms is crucial for the bioavailability, product stability, and construction or breakthrough of drugsAll barriers play a crucial role. However, typically conducting 300-500 screening experiments under different conditions is a time-consuming and laborious task to complete a systematic crystal screening study for a drug.

The Technobis high-throughput crystallization development system can reduce repetitive operations in experiments, save time and labor costs, improve drug production and quality control efficiency, and is of great significance for drug safety and efficacy. The Technobis high-throughput crystallization development system can provide early salt screening, polymorphic screening, and single crystal growth; Phase diagram, solvent selection, solubility curve, determination of metastable zone (MSZW), eutectic screening; Advanced technologies such as crystal shape monitoring, crystal habit monitoring, particle size determination, process optimization, and formula stability.

Technobis' advanced crystallization system has been developednumerousWidely used by pharmaceutical companies, from clinical screening to process optimization, it provides invaluable assistance throughout the entire drug development lifecycle, enabling users to easily visualize, understand, and monitor the crystallization process, improving and accelerating crystallization research.