SMTCL complete dynamic simulation verification of the new generation CNC machine

On September 15, 2026, SMTCL officially announced the completion of a deep technical collaboration with Siemens' digital industrial software team, relying on Simcenter simulation solutions to complete the nonlinear dynamic simulation verification of the new generation of high-end CNC machining centers. Compared with traditional research and development models, the core structure development cycle of this model has been shortened by more than 50%.

In this joint research and development process, SMTCL engineers accurately identified the modal deformation problem at the connection between the main axle box and the bed body during the design stage through high-precision simulation models, and carried out targeted reinforcement of weak structural stiffness points in advance, effectively avoiding the cost loss of repeated modifications during the traditional prototype trial production stage. Through dynamic stress simulation of core components such as spindle, guide rail, and screw, the relative displacement control accuracy of the new model has been improved by 22% in high-speed machining, and the overall anti vibration performance of the machine has reached the leading level of similar products in China.

It is reported that this full process dynamic simulation system will comprehensively cover the research and development process of SMTCL's full range of CNC products such as CNC lathes and gantry machining centers, further accelerating the iteration speed of high-end CNC equipment and providing users with more accurate and stable domestic CNC equipment choices.