Glory Friction Material is a professional friction material manufacturer integrating R&D, production, sales and services. With leading R&D capabilities and advanced production processes, it has formed a complete product portfolio covering brake pads, brake discs and related friction materials. Its products are exported to international markets including Europe, America and Asia Pacific regions.With global OEM supporting experience, the company supplies original equipment products for multiple well known automobile manufacturers. It is committed to delivering high performance and highly reliable friction material solutions for customers worldwide.
Solution Description:
Adopting a standard product solution, the system focuses on end to end R&D workflow management. It aims to interconnect the full data chain of R&D projects, formula management, trial sample production and laboratory testing to streamline experimental process management.Centering on core business functions including formula management, linkage of R&D experiments, test control, resource optimization and data security, the solution will further achieve deep integration with the PLM system. It improves the data management system for the full product lifecycle and comprehensively enhances the customer’s digital operational capabilities.
Implementation Effect:
Standardize master data for R&D and inspection, formalize R&D experimental workflows, and realize standardized and digitalized business processes.
Integrate with various business systems to enable cross system data interconnection and collaborative work across business departments.
Replace manual records with electronic workflows to reduce human errors and accelerate sample testing and data entry. Automatic test task assignment and report generation cut repetitive workload and improve overall efficiency.
Achieve controllable R&D test costs and identify cost waste points for cost savings. First, optimize resource allocation: realize effective online scheduling for bench test plans and manage inventories of tooling connectors to reduce idle waste. Second, reduce redundant testing and shorten test cycles to lower operational costs for R&D and laboratory activities.
