CNBM Triumph Robotics is Driving Advances in Robotic Automation with the 3DEXPERIENCE platform & ENOVIA
When faced with growing business demands and increasingly complex operations, Shanghai-based CNBM Triumph Robotics recognized the need for a powerful digital solution. By adopting the 3DEXPERIENCE platform and ENOVIA, they’ve transformed their workflows to deliver exceptional innovation in the industrial equipment industry. They have streamlined processes, reduced errors and elevated project management capabilities.
“The 3DEXPERIENCE platform offered a holistic solution, with diverse modules covering all aspects of our digital scenarios. This is very appealing to us,” stated Gao Changqi, Chief Engineer at CNBM Triumph Robotics.
The results speak for themselves:
Improved BOM management ensures procurement teams have accurate and complete data for supply planning.
Virtual commissioning through DELMIA enables on-site process validation to be done remotely, saving valuable time.
Standardized project management with ENOVIA keeps tasks organized and reduces time spent in meetings.
“Everything we do is now based on the PLM’s unified database, without causing duplicate designs or incorrect references,” said Wang. “The process of EBOM generation from the design model is straightforward. Before we started using ENOVIA, converting the design model to EBOM was quite cumbersome due to the integrity of the export format. Now that we have integrated the PLM with ENOVIA, we can push the entire BOM to the procurement application module. Since everyone shares the same EBOM, procurement personnel know the entire scope and structure of supplies and the procurement plan is both accurate and easy to formulate.”
By reducing delivery times by 30% and minimizing labor and quality correction costs, CNBM Triumph Robotics demonstrates how digital transformation drives efficiency and innovation.
With the 3DEXPERIENCE platform and ENOVIA, CNBM Triumph Robotics is not only optimizing processes, but they are also paving the way for the future of robotic automation.
