Shinsung Electronic Precision

Company CompetitivenessⅠ

• Cost competitiveness
• Competitive delivery schedule
• Technology and quality competitiveness

• Cost competitiveness

  • Integrated production system

    • Securing cost competitiveness through internalization of production process
    • Achieving cost reduction by cutting the logistics and lead time through an integrated production system

  • Investment in infrastructure/h6>

    • Investing in the construction of statistical process control (SPC) and quality control software
    • Minimizing the cost of failures through the operation of foolproof processes and EWS for each process
    • Investing in eco-friendly processing techniques of a subsidiary to mitigate pollution from harmful processes such as surface treatment

  • Diversification of business sites

    • Managing cost-related risks through selective operation of the production process based on competitiveness
    • Changing and modifying business sites to client needs in various ways
    • Headquarters in Korea, business sites in China and Vietnam (to respond to risks from China)

  • Automation of manufacturing process

    • Automating processing process
    • Reducing the quality related cost through the automation of measurement and inspection such as vision system

• Competitive delivery schedule

  • Prompt response

    • Assigning a one-on-one development team
    • in the business site close to the client

  • Risk response

    • Changing and adapting the business sites at home and abroad
    • Internalization of manufacturing process

  • Internalization of process

    • Shortening die delivery process through a subsidiary
    • In-house manufacturing of fixture and special equipment

• Technology and quality competitiveness

  • Machining technology

    • Applying the most appropriate processing methods for products (e.g. vertical, horizontal)
    • Selecting the ideal facility from small to large facilities
    • Internalization of fixture design and manufacturing

    

  • Automation & tooling

    • In-house manufacturing of exclusive machines for automation and inspection equipment
    • Applying a foolproof design to fixture and inspection jig

    

  • Die design & thermal analysis

    • Optimal die designing using flow analysis
    • Selecting a unique material that suits the characteristics of the product
    • Incorporating thermal analyses in product design

    

  • Quality assurance

    • Providing precision management at the level of 6 sigma through SPC
    • Conducting a total inspection of CTO operation and vision system for each process