Wanchen High Temperature Electronic Universal Testing Machine Successfully Delivered and Highly Recognized by Nanjing University of Technology

Recently, Shandong Wanchen Testing Machine Co., Ltd. (hereinafter referred to as "Wanchen") once again announced the good news of cooperation - the CMT6503G microcomputer controlled high-temperature electronic universal testing machine tailored for Nanjing University of Technology has completed the full installation, commissioning, and acceptance work, and has been officially put into scientific research use. With customized equipment performance and full process professional services that meet the needs, Wanchen has won full recognition from the research team and relevant leaders of Nanjing University of Technology.

The CMT6503G microcomputer controlled high-temperature electronic universal testing machine, as a core equipment in the field of material mechanics testing, has the ability to detect the mechanical properties of multiple materials in high-temperature environments. It can accurately complete multiple tests such as tensile, compressive, and bending of metal and non-metal materials. Its data accuracy and operational stability directly determine the reliability of scientific research experimental results. The introduction of this equipment by Nanjing University of Technology is mainly used for cutting-edge research in materials science and engineering disciplines. Strict standards have been proposed for the high temperature tolerance, testing accuracy control, and operational convenience of the equipment.

In order to achieve precise matching between equipment and research needs, Wanchen has been deeply connected with the research team of Nanjing University of Technology since the early stage of cooperation, tailoring customized solutions around core demands such as experimental scene characteristics and testing standards and specifications. After the equipment was delivered, the company quickly dispatched a senior after-sales technical team to the site, combined with the customer's actual research scenario, to carry out multi-faceted and systematic technical training and practical guidance. The training content covers equipment operation specifications, core parameter debugging skills, daily operation and maintenance points, and common fault quick troubleshooting methods. The technical personnel adopt a three-dimensional training mode of "theoretical explanation+on-site practical operation+one-on-one Q&A" to ensure that the researchers quickly master the various functions of the equipment and maximize its scientific research value in a short period of time.

The equipment performance of Wanchen is stable and reliable, and the after-sales team's service is professional and efficient. From equipment installation and debugging to operator training, every link is considered very thoroughly, helping us quickly apply the equipment to scientific research projects. "The relevant person in charge of Nanjing University of Technology highly praised this cooperation, saying that through this cooperation, he deeply felt Wanchen's technical accumulation in the field of material testing equipment and customer-oriented service concept, laying a solid foundation for the deepening of scientific research cooperation between the two sides in the future.

As a high-tech enterprise deeply engaged in the research, development, production and service of material testing equipment, Wanchen has always adhered to the development concept of "customer demand oriented, technological innovation at the core", not only providing customers with high-performance, customized testing equipment, but also building a full chain service system covering pre-sales consultation, commissioning and after-sales training. The successful cooperation and customer recognition with Nanjing University of Technology further confirms the company's technical strength and service level. In the future, Wanchen will continue to focus on technological innovation in the field of material testing, continuously optimize product performance and service experience, provide more competitive testing solutions for university research and enterprise production testing, and help scientific research and innovation breakthroughs and high-quality industrial upgrading.