From August 8th to 11th, 2024, the highly anticipated China Materials Conference 2024 was grandly held at the Guangzhou Baiyun International Convention Center. As the annual academic conference of the Chinese Materials Research Society, this conference not only gathered top scholars and experts in the field of materials science at home and abroad, but also attracted active participation from many enterprises in the industry. GoGo Instruments participated with many independently developed products and had in-depth exchanges with participating experts and industry insiders!

↑ On-site of China Materials Conference 2024 ↑

↑ GoGo Instruments Exhibition Booth ↑

At the conference site, the GoGo Instruments booth (IF08) attracted the attention of many industry insiders and participants. On the booth, products such as the thermocouple heating/cooling stage ECH600S and the high-temperature heating stage H1500T were neatly arranged. These products not only have excellent performance of high precision and high stability, but also support customized development to meet the special needs of different customers. Engineers from GoGo Instruments also provided on-site consulting services at the booth to explain the products in detail and have in-depth exchanges with participating experts and industry partners. In addition, GoGo Instruments also adopted the form of video demonstrations to allow participants to more intuitively feel the performance and operational convenience of the products.

↑On-site Consultation by Audiences ↑

Main Product Introduction

↑ Exhibition Scene ↑

↑ High-temperature Heating Stage H1500T ↑

The high-temperature heating stage H1500T newly launched by GoGo Instruments is a product designed for testing the optical properties of samples with temperature changes. It can record the characteristics of the optical properties of samples changing with temperature. This product adopts the electric heating method to achieve precise control within the range of RT - 1500℃. It can be integrated with other chemical instruments (such as microscopes, Raman spectrometers, etc.) for variable temperature testing. The product has a compact and adjustable size, is more economical, and is suitable for high-temperature displacement observation.

↑ Thermocouple Heating/Cooling Stage ECH600S ↑

The thermocouple heating/cooling stage ECH600S is a product designed for testing the electrical properties of samples with temperature changes. It can record the characteristics of the electrical properties of samples changing with temperature. This product adopts the liquid nitrogen cooling and electric heating method to achieve precise control within the range of -190 - 600°C. It can be integrated with other electrical instruments (such as electrometers, power supplies, multimeters, etc.) for variable temperature testing.

Based on the optical heating/cooling stage, the thermocouple heating/cooling stage adds an electrical module. During the testing process, by moving the needle, the needle can make contact with a specific area on the sample surface. The electrical signal is transmitted to a characteristic receiving instrument (such as an electrometer, multimeter, etc.) through the needle for electrical measurement, and the electrical characteristics of the material at variable temperatures are analyzed.

At this conference, GoGo Instruments not only demonstrated the advantages and innovation of its original products, but also actively carried out in-depth dialogues and discussions with academic experts in the global materials science field and outstanding enterprises in the industry to explore cooperation potential together! In the future, GoGo Instruments will continue to adhere to the corporate concept of "continuous innovation, protecting mines for scientific research", increase investment in scientific research and technological innovation, contribute more strength to promoting the high-quality development of materials research, and at the same time, will also strengthen exchanges and cooperation with domestic and foreign counterparts to jointly promote the prosperous development of the materials science field.