Z-Source Laboratory
Z-Source Laboratory acts as an international first-class laboratory in the process industry. Relying on advanced equipment and material handling technologies, Z-Source joins hands with research teams from renowned universities and enterprises to promote synergetic innovation across industries, universities and research institutes to create a forward R&D system of equipment-process-material-application, and to push forward the development and revolution in the process industry.
Comprehensive Laboratory for Material Handling
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Material Testing and Analysis Platform
01/ 05Testing instruments included in the laboratory:
Particle size testerPowder flowability comprehensive testerOptical microscopeSlurry stability testerMetal particle content testerImpact wear testerSpecific surface area testerAngle of repose testerSelf-developed instrumentsScanning electron microscopeTest material properties to support solution design, investigate their relationships with preparation processes and processing equipment, optimize material preparation processes, and establish a material properties database.
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Material Engineering Laboratory
02/ 05The laboratory conducts experimental tests on the whole process of material manufacturing and processing, corrects the theoretical model through experimental results and process data and assists in the creation of process packages and the freezing of process amplification.Provides small-scale or mass-production verification services including the unpacking, conveying, metering, mixing, pulping and defoaming of incoming materials.Explores one-stop R&D services for powder engineering. -
Process Industry Laboratory
03/ 05Flexible and efficient process design ability is needed to support the product development in the laboratory and the mass production of production line. While satisfying the process requirements, we help customers transform their existing production line, cooperate with them to complete the exploration and industrialization of advanced manufacturing process, and find the optimal solution from small pilots before deploying it to large-scale production.In order to ensure process quality for the customers, the process design can be optimized by means of material process and vapor deposition technology, so as to shorten the process time and improve the overall productivity. -
Micro-Nano Processing Laboratory
04/ 05The Powder Micro-Nano Processing Platform is one of the most advanced platforms in China for the study of bulk solids handling and processing.The platform focuses on the development of advanced equipment and its application to the processing of powdered materials so as to transform materials into desired forms or enable them to meet specific process requirements. -
CAE Simulation & Analysis Platform for Bulk Materials
05/ 05Digital simulation and analysis of materials to optimize process equipment
Discrete element simulation systemStructural optimization analysis of the siloPowder drying simulationOptimization analysis of bulk material conveying structureSimulation of liquid mixing and dispersionDust emission simulationStructural optimization analysis of the feeding systemPowder mixing simulation
Digital Twin Factory
Help industries achieve digital transformation by providing digital factory solutions.
Relying on digital twin technology to provide multi-dimensional data support for all production stages, utilizing 3D models for pipeline layout during design, installation, and delivery processes, employing BIM technology to complete system installation procedures, and offering clients comprehensive digital solutions.
The laboratory possesses capabilities in software design and development as well as electrical programming, enabling faster information exchange between equipment and systems, and supporting flexible production for enterprises.
Through the use of simulation software and the establishment of an equipment model library, the comprehensive digital transformation and upgrading of industrial manufacturing can be accelerated.
Powder Fluidization Processing Center
Based on SF fluidized powder processing technology, SOPHON FUTURE closely follows the cutting-edge development trends in powder materials and explores manufacturing technologies for powder materials from the atomic scale to micro, meso, and macro scales.
The company has established a Engineering Center, a Data Center, and a Processing Center for Powder Fluidization. Leveraging the group’s manufacturing capabilities, it has formed a full engineering team of over 50 members and provides engineering solutions across various stages, including material testing, material design, equipment manufacturing, process experiment, and production line design and construction.
Its clients are primarily distributed across fields such as battery materials, metal powders, catalyst materials, ceramic powders, food, and pharmaceuticals, with a focus on universities, research institutes, and new material R&D institutions.
Our Research Achievements
As of 2023, SOPHON has obtained over 180 patents, has been recognized as a Quality Trustworthy Enterprise for multiple times, and has also established collaborations with renowned universities such as Tsinghua University and South China University of Technology, working together to build a collaborative innovation paradigm.
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Utility Model Patent Certificate -
Utility Model Patent Certificate -
Invention Patent Certificate -
Invention Patent Certificate -
Utility Model Patent Certificate
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Utility Model Patent Certificate
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Committed to becoming
a world-leading service provider
of material handling technologies
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