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EMAN End-to-End Digital Solutionsfor Smart Manufacturing

Improve Quality, Increase Efficiency, and Reduce Costs. Suitable for Single-Piece, Small-Batch/Multiple-Variety, Small-Batch Discrete Manufacturing Industries.

Digital Partner for Excellent factory

Client Base Covers Multiple Fields Including Automotive, Home Appliances, Medical, and 3C Electronics

Mold Industry

Mold manufacturing is typically a custom process driven by specific customer needs, characterized by single-item, small-batch production. This results in high order variability, frequent design changes, stringent quality demands, and short delivery times. Consequently, the process faces many uncertainties, making control and management challenging, and complicating successful digital transformation.
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Plastic Products

Plastic products are mainly produced in batches. Given the diverse product characteristics, precise control over materials, equipment, molds, processes, quality control, and personnel is essential to avoid quality issues, increased waste, and low efficiency. Information systems must be tailored to industry and product specifics for effective multi-scenario deployment.
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Medical Device

The production of precision medical device parts involves small-batch, multi-variety processing characterized by complex structures and tough materials, demanding high standards for material, precision, and surface finish. This requires highly reliable processing systems and stringent demands on machines, fixtures, and tools. Information systems must address challenges in equipment, quality, and precision to ensure compliance.
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Equipment

Equipment manufacturing for non-standard orders involves machining and multi-level assembly, characterized by varied customer needs, long R&D cycles, frequent changes, single-item delivery, low process repeatability, and challenges in mass production. The production process is complex, with high variability in design, production, and delivery, making management difficult. Traditional methods struggle to enhance market competitiveness.
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Metal Stamping

Hardware stamping is typically characterized by batch production, large inventories of semi-finished and finished goods, and long production cycles. The process involves multiple stages like cutting, stamping, welding, painting, and assembly, requiring robust planning and inter-departmental coordination. Information systems must manage WIP and semi-finished products accurately, considering the specific needs of each process, to ensure efficient delivery without compromising production efficiency.
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New Energy

As the "dual carbon" strategy advances, growth in wind, solar, and hydrogen energy equipment is accelerating. These fast-evolving, order-based products are produced in diverse, small batches with high manual involvement and strict reliability standards. This demands fast responses, short delivery times, and heightens cost competition.
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Automotive Parts

Auto parts companies face three key challenges: faster transition to new energy, enhanced zero-defect delivery, and global supply chain restructuring. They must develop flexible production and digital integration to achieve transparent process control, dynamic resource allocation, and precise quality tracking, meeting the needs for mixed-production and agile order response.
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Empowering the Transformation and Upgrading of 2000+ Digital Factories

The Common Choice of Industry Leaders, Specialized and Innovative Enterprises, and Hidden Champion Companies

Customer Stories

Over a period of six months, the construction of the production line improved the equipment utilization rate of the small parts intelligent flexible machining line from less than 60% to over 90%. The efficiency of parts processing increased by more than 30%, and the number of workshop personnel was reduced from 9 to 3. The workload of machine operators decreased by 90%, enabling 24/7 continuous production. The project enabled FAW Mould to achieve several industry firsts and leading positions, resulting in the filing of over 20 patent applications.
Director of the Small Parts Intelligent Machining Center Zhengkun
  • 90%+↓

    Machine Operation Workload

  • 30%+↑

    Parts Processing Efficiency

  • 30%+↑

    Equipment Utilization Rate

Customer Stories

Transitioning from manual operations to data-driven processes, the workshop transformation has achieved 24/7 continuous operation, with a 25% increase in capacity and a 100% improvement in parts processing efficiency. Equipment utilization rate has increased by 125%, and logistics transfer efficiency has improved by over 200%. Previously, each worker managed an average of 3 machines, but now one worker can oversee 12 machines. The time required for production data analysis has decreased from 24 hours to just 2 hours.
General Manager of Wuhan Lesso Moulding Co. Yangxiangrong
  • 100%↑

    Parts Processing Efficiency

  • 125%↑

    Equipment Utilization Rate

  • 200%↑

    Logistics Transfer Efficiency

Customer Stories

Through the application of EMAN’s production management system, TK achieved three major goals: full material tracking, automated scheduling, and real-time production cost synchronization with the ERP system, effectively covering a mold factory with over 1,000 employees.
Technical Department Manager Chaogetu
  • 90%

    Planning Accuracy

  • 45%+↑

    Planning Efficiency

  • 100%+↑

    Electrode Inspection Efficiency

News

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Raidu Partners with EMAN to Create a Digital Factory for All Types of Molds in the Automotive Parts Industry

2024-06-12

Singapore's Sunningdale Tech, through its subsidiary Meiban Technology, has launched an automation project with Yizumi, continuing their collaboration in a new chapter.

2023-12-15

Successful Launch and Acceptance! Ningbo Zhenzhi, a Specialist in Large-Scale Die Casting Molds, Partners with EMAN for a New Smart Future

2023-12-15

EMAN Shines at China Die & Mould Association Industry Summit, Empowering Mould Enterprises to Build "Hexagonal" All-Round Intelligent Manufacturing Factories

2024-09-14

Promoting Deep Integration of Industry and Education: EMAN and Wuhan City Polytechnic Establish a School-Enterprise Cooperative Community of Shared Future

2022-05-13

Major Release | Two Key Standards in the Mould Industry: A Must-Know Capability Map for Digitalization and Automation in Mould Enterprises

2021-11-17

Intelligent Manufacturing New Era, New Quality Wins the Future, 2024 EMAN User Conference Concludes Successfully

2024-08-26

EMAN Deeply Participates in "Industrial Interconnection · Intelligent Manufacturing Bay Area" Event, Co-Drawing a New Development Blueprint

2024-06-24

Navigating a New Digital-Intelligent Era, Co-Creating New Industrial Value, EMAN Showcases at 2024 Huawei Cloud Ecosystem Conference

2024-01-19
Wuhan EMAN Technology Co., Ltd. is dedicated to industrial software and flexible automation intelligent manufacturing technology. It provides digital production full-scope solutions for multi-variety, small-batch discrete manufacturing enterprises, primarily involving four major business segments: Digital Production Management (MES), Advanced Planning and Scheduling System (APS), Flexible Manufacturing System (FMS), and Automated Storage and Retrieval System (AS/RS). Its solutions and services have been widely applied across industries such as automotive, home appliances, medical, consumer electronics, aerospace, and defense.
  • 20Years

    Experience in manufacturing services

  • 200+ Items

    Independent core intellectual property rights

  • 2000+Projects

    Digital factory enabler

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