Recently, at the "Three Council and Member Conference of the eighth session of Changzhou Foundry Association", GLMY Create analytical instrument, a high-quality manufacturer in the field of domestic spectrum analyzer, made a stunning appearance with its many efficient and accurate analysis and testing equipment, becoming a highlight of this event. With the theme of "Safety, environmental protection, green and intelligent", this seminar attracted many leading experts, scholars and business representatives in the field of foundry at home and abroad to gather together to discuss the future development of the foundry industry.

GLMY Create analytical instrument presented its self-developed direct reading spectrometer, Elvatech Handheld spectrometer, at the exhibition. With excellent accuracy, efficient analysis speed and stable operating performance, these products show extraordinary strength in the rapid detection of metal material components, providing strong technical support for foundry enterprises to achieve quality control of the production process. The direct reading spectrometer can quickly and accurately measure the chemical composition of metal materials, and provide accurate data for quality control in the casting process. The handheld spectrometer, with its portability and real-time detection capabilities, further meets the needs of rapid field analysis, improves work efficiency, and becomes an ideal tool for rapid field detection and immediate feedback.

At the exhibition site, the booth of GLMY Create analytical instrument was crowded with visitors in an endless stream. The company staff patiently and carefully introduced the technical characteristics, application scenarios and successful cases of the products to each guest, and let the guests experience the charm of spectral analysis technology through live demonstrations. Many participants expressed strong interest in the products of GLMY Create analytical instrument, saying that these innovative equipment not only solved many limitations of traditional testing methods, but also opened up a new path for intelligent and precise control of the foundry industry.

In addition to showcasing quality products, GLMY Create analytical instrument also actively participated in academic and technical exchange activities during the conference. Company representatives had in-depth exchanges with a number of experts, scholars and industry insiders to discuss the road of green intelligent transformation of the foundry industry. It is agreed that with the continuous progress of science and technology and the increasing awareness of environmental protection, the foundry industry must accelerate the pace of transformation and upgrading, and promote the development of green intelligence. The analytical testing equipment demonstrated by GLMYCreate analytical instrument is one of the important tools in this transformation process.

As a professional analytical instrument manufacturer, GLMY has been committed to providing efficient and accurate analytical testing equipment and technical support for the foundry industry. The meeting not only demonstrated the company's strength and technical level, but also further consolidated the company's position and influence in the industry. In the future, GLMY will continue to adhere to the corporate philosophy of "innovation, quality and service", and is committed to providing more efficient and environmentally friendly analysis and testing equipment and technical solutions for the foundry industry, and contribute its own strength to promote the sustainable and healthy development of the industry.

The successful holding of this seminar not only provides a platform for communication and cooperation for experts and scholars in the foundry industry, but also injected new impetus into the green and intelligent transformation of the industry. As one of the important participants of this conference, GLMY will work together with other industry colleagues to jointly promote the green development of the foundry industry and contribute to the realization of the "double carbon" goal.