Qtcreate Showcases Intelligent Mechanical Testing Platform at the Smart Laboratory Exchange Conferen...
On September 11, 2026, the founding meeting of the Smart Laboratory Professional Committee of China Association for Standardization and the thematic exchange conference on the high-quality development of smart laboratories were held in Beijing. Hosted by China Association for Standardization, the event was undertaken by Beijing Building Materials Academy of Sciences Testing Co., Ltd., Beijing Huanke Environmental Technology Co., Ltd. and other organizations. Instrument.com, 17test.com and Environmental Partner Network provided full coverage, and the official WeChat account of 17test.com broadcast the event live simultaneously.
More than 200 experts, scholars and enterprise representatives from research institutes, universities, inspection and testing institutions nationwide, as well as the intelligent laboratory equipment and digitalization sector attended the conference to witness the official establishment of the Smart Laboratory Professional Committee under the China Association for Standardization. Participants exchanged views on the standardization roadmap and high-quality development of smart laboratories. The founding of the committee fills the gap in the industry-university-research collaborative platform for smart laboratories in China and is of great significance for advancing the digital and intelligent upgrading of research infrastructure and fostering new-quality productive forces.
During the conference, Qtcreate set up a booth to demonstrate its general-purpose intelligent mechanical performance testing platform. Built on Qtcreate’s over ten years of expertise in force-position hybrid servo control technology, this platform realizes decoupled and coordinated closed-loop control of force/torque and position. Integrating multi-channel synchronous loading, fully automated testing and smart laboratory interconnection capabilities, it targets complex mechanical testing scenarios at material, component and complete machine levels. The platform addresses industry pain points of traditional mechanical testing equipment, including insufficient control accuracy, distorted working condition simulation, heavy reliance on manual operation and difficulties in fulfilling special customized requirements. It delivers a new generation of mechanical testing solutions featuring high precision, high reliability, automation and customizability.
