Nanchang Mineral Systems (NMS) is a technology-driven company specializing in mineral and aggregate processing, including research, design, product development, manufacturing, and intelligent operation and maintenance.
NMS continually strengthens its technological innovation capabilities to drive product and service upgrades. As the first crushing and screening company to establish overseas R&D centers, NMS has increased its investment in these centers. Currently, NMS operates five R&D centers globally, showcasing its R&D strength and innovation capacity. These centers work together to advance technology and drive product innovation, ensuring continuous growth for the company.
Focused on the development of crushing and screening technologies and wear-resistant materials, as well as high-strength metal materials.
Located in Malmö, Sweden, this center leverages international talent and advanced research concepts to explore cutting-edge crushing and screening technologies and develop product platforms.
Founded with the support of Central South University's research, this center focuses on beneficiation technology and equipment development, integrating academia, industry, and research.
Located in Xujiahui, Shanghai, this center is responsible for beneficiation technologies and the development of advanced grinding machines.
Based in Fengtai Science Park, Beijing, it focuses on beneficiation processes and equipment development.
NMS has been approved to establish a national-level postdoctoral research station
Provincial-Level Enterprise Technology Centers
Jiangxi Province Mineral Processing Technology Innovation Center
Engineering Technology Research Center
With 14 subsidiaries globally, NMS has an R&D team of over 100 professionals.
NMS developed China's first process flow design software, Flow Sheet Designer. It helps customers select optimal equipment and operating parameters, significantly improving the efficiency and accuracy of process design.
NMS is the only company in China to establish a parent rock laboratory, equipped with professional testing equipment. This laboratory analyzes mineral characteristics and provides precise data for equipment design, process selection, and liner optimization, ensuring a tailored solution for each mine and increasing project success rates.
NMS offers high-quality services for mineral processing equipment, using advanced simulation technology and material characteristics to ensure stable and optimal equipment performance, improving capacity, quality, and reducing costs.
NMS developed the Cone Crusher Simulator, a proprietary crusher design optimization software, and combined it with Flow Sheet Designer to predict equipment performance. This provides critical data support for early-stage process design and reduces discrepancies between expected and actual production results.
Simulation Interface of Cone Crusher Simulator
one Crusher Simulator Software Authorization
a Interaction Between Cone Crusher Simulator and Flow Sheet Designer
FEA and DEM Simulations for CC Series Single-Cylinder Hydraulic Cone Crushers
By introducing Finite Element Analysis (FEA) and Discrete Element Method (DEM) simulation technologies, NMS ensures the reliability and stability of equipment structure and output performance.
By introducing Finite Element Analysis (FEA) and Discrete Element Method (DEM) simulation technologies, NMS ensures the reliability and stability of equipment structure and output performance.
FEA and DEM Simulations for CC Series Single-Cylinder Hydraulic Cone Crushers
From liner development to selection and optimization, NMS provides a reliable technical system supported by CCS, DEM, FEA, FSD, and the parent rock laboratory. This offers full-cycle, customized, and multi-condition technical support for crusher liner applications.
NMS developed an industrial simulation platform for testing materials in crushing and screening systems in aggregate and mining sectors. This platform evaluates system output particle size, product analysis, equipment capacity, and wear conditions, significantly reducing project risks.
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