DY511 fully automatic multi head fusion prototype Introduction: The sample made by glass melting method can eliminate the effects of particle size, minerals, segregation, and other factors in the sample, while also reducing the absorption and enhancement effects between sample elements, which can significantly improve the accuracy and accuracy of analysis. It is currently the best sample preparation method for X-ray fluorescence analysis. For ICP, AA, and wet chemical analysis methods, the melting method is also a perfect sample preparation method for insoluble samples. In recent years, with the emergence and promotion of domestic manufacturers, melting prototypes have been applied to a certain extent in China. However, the usage rate is still too low compared to advanced countries, mainly because the quality of melting prototypes in China is still too poor and the price is not cheap enough. The DY511 fully automatic multi head melting prototype is a revolutionary achievement developed by our company's researchers on the basis of our original melting prototype and similar sample making equipment in the international market, achieving a new high in the manufacturing technology of electric heating melting prototype. It is a fully automatic multi head melting prototype that can automatically pour samples. Due to its excellent performance and affordable price, it will definitely enable users who previously did not use the melting prototype due to economic reasons to use it. The launch of the DY511 fully automatic multi head melting prototype will rapidly popularize the melting sample preparation method, thereby improving the level of sample preparation in China's analytical community and bringing huge economic benefits to various industries. Features: 1. Fully automatic - The entire sample preparation process is fully automatic, including the opening of the sample melting chamber, the entry and exit of the cradle and mold support, the swing of the cradle, and the injection of molten samples into the forming mold. 2. High precision - using platinum rhodium thermocouples for temperature measurement, achieving accurate and precise measurement and control of the melting temperature in the crucible and mold. 3. High homogenization - The crucible swings in the cradle to ensure effective stirring of the molten sample in the shortest possible time, resulting in extremely high homogenization of the molten sample. 4. High smoothness - The melt forming process is carried out separately, and the smoothness of the mold can be maintained for a long time (several months), ensuring the high smoothness of the sample. If the crucible also serves as a mold, the damage to the platinum crucible caused by the sample during the melting process will cause the inner wall of the crucible to become rough. Generally, polishing is required every few days (and platinum will also be lost), but due to the inability to ensure the frequency of polishing and use, the consistency of smoothness cannot be guaranteed. 5. High reproducibility - Fully automatic, high-precision, high homogenization, and high smoothness ensure the high reproducibility of the sample, thus truly achieving that different products prepared by the same sample preparation program of this melting prototype only have different components without any other differences. 6. High yield - can melt up to 4 samples simultaneously (can be increased to 6 according to user requirements). The maximum sample preparation rate reaches 36 samples per hour. 7. Environmental Protection and Energy Conservation - No need for water or electromagnetic radiation hazards (such as high-frequency), no need for gas or toxic products (such as gas), and no need for high-power power sources (such as high-frequency). Adopting the latest insulation materials and the smallest sample melting chamber design, the energy consumption is minimized. 8. Easy to use - menu style operation, real-time temperature and process display on a large screen, without the need for manual monitoring during the sample preparation process. Up to 10 heating and sample preparation programs can be freely set in advance, including the heating process, heating rate, pre oxidation temperature, final temperature, crucible swing amplitude and speed, swing start temperature, cooling time, whether to use a fan, and air volume size. After selecting the program, simply press the [Start] button to truly achieve one click operation. 9. High reliability - The application of single ended double helix silicon carbon rod heating, with simple circuit and structure, ensures the high reliability of the melting prototype. It has a minimum starting temperature alarm, overcurrent and overheat power outage protection and alarm. The overheat power outage protection adopts a thermocouple independent of the heating sample preparation for temperature measurement, and together with the heating control circuit, it forms a triple protection, making the overheat power outage protection more reliable. 10. High cost-effectiveness - affordable, with extremely low maintenance and repair costs. The cradle and mold support are made of high-temperature resistant alloy steel, ensuring no chemical reactions under high temperature conditions. Exquisite and compact design, occupying very small laboratory space. Powerful functionality and excellent performance. It is a truly cost-effective product. Technical parameters: Heating unit: 3 double helix single ended silicon carbon rods; Maximum operating temperature: 1250 ℃, continuously adjustable; Temperature measurement unit: 2 platinum rhodium thermocouples, with a maximum temperature measurement of 1600 ℃; Capacity: Simultaneously melt 4 samples (can be increased to 6 according to user requirements); Sample preparation rate: 20-36 samples per hour; Rated power: 5000W; Power supply: AC380-415V, three-phase, 50-60Hz; Dimensions (height, width, and depth): 600mm, 1100mm, and 640mm; Weight: 110kg.
Introduction: The sample made by glass melting method can eliminate the effects of particle size, minerals, segregation, and other factors in the sample, while also reducing the absorption and enhancement effects between sample elements, which can significantly improve the accuracy and accuracy of analysis. It is currently the best sample preparation method for X-ray fluorescence analysis. For ICP, AA, and wet chemical analysis methods, the melting method is also a perfect sample preparation method for insoluble samples. In recent years, with the emergence and promotion of domestic manufacturers, melting prototypes have been applied to a certain extent in China. However, the usage rate is still too low compared to advanced countries, mainly because the quality of melting prototypes in China is still too poor and the price is not cheap enough. The DY511 fully automatic multi head melting prototype is a revolutionary achievement developed by our company's researchers on the basis of our original melting prototype and similar sample making equipment in the international market, achieving a new high in the manufacturing technology of electric heating melting prototype. It is a fully automatic multi head melting prototype that can automatically pour samples. Due to its excellent performance and affordable price, it will definitely enable users who previously did not use the melting prototype due to economic reasons to use it. The launch of the DY511 fully automatic multi head melting prototype will rapidly popularize the melting sample preparation method, thereby improving the level of sample preparation in China's analytical community and bringing huge economic benefits to various industries.
