Pro Manual! Utilizing the Latest Digital Technology for Human Error Prevention

basic information

Detailed support menu to pave the future of small and medium-sized manufacturing industries ■ Online Young Leaders Factory Management Skill Improvement Seminar (4-part series) http://factorysupport-takasaki.com/article/493421683.html ■ Ready-to-use Pro Manual (for self-study, training young employees, on-site improvement guide) http://factorysupport-takasaki.com/article/424984376.html ■ Affordable Subsidy Application Support Support for business restructuring subsidies / manufacturing subsidies / overseas supply chain diversification, etc. http://factorysupport-takasaki.com/article/498424788.html ■ Manufacturing Support Plastic prototype mold design and production (automotive, medical), ultra-gloss painting (piano black) http://shanghai-swifttech.com/ ■ Free Online Consultation https://mailform.mface.jp/frms/bintian/8s3ieuzwsa8f

Price range

Delivery Time

Applications/Examples of results

【Purpose】 This will be used as a tool for implementing preventive quality measures and quality improvement measures suitable for frontline manufacturing technology, quality technology staff, and managers in manufacturers of automotive parts, industrial machinery parts, and unit manufacturers. 【Skills and Knowledge to be Acquired】 1. Reliability design methods for manufacturing processes 2. Creation of QC process charts/work instructions and work verification methods 3. Error-proofing methods 4. Ergonomic analysis methods for human errors 5. Work observation and improvement methods using IE techniques 6. Environmental/work action improvement methods that cause human errors 7. QA network methods 8. Correct why-why analysis methods usable on-site 9. Skills and capability training methods that on-site managers should possess 10. Work breakdown and training methods using TWI-JI 11. Systematic methods for managing 4M change points 12. Special process management methods 13. 100% inspection and sensory inspection methods 14. Defect analysis map methods for preventing recurrence 15. Construction of a quality information knowledge system Others

Detailed information

• 

  I will explain the procedure for constructing an image inspection line.

• 

  I will explain the details of the steps for introducing AI appearance inspection machines.

• 

  The overall picture of poka-yoke tools is represented by a cause-and-effect diagram. Traditional hardware-based poka-yoke has become more common with the proliferation of digital products on the market. However, in factories with small lot and diverse production, there is a growing need for software-based poka-yoke tools that address mechanisms, information, and work methods. It is necessary to devise and consider poka-yoke tools that apply IT and digital technologies throughout the entire factory, including management and direct departments.