Printing Ink Production Engineer

いんさついんくせいさんぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

Technical role responsible for raw material formulation, production process management, and quality testing for printing inks.

Description

Printing ink production engineers mass-produce printing inks with specified viscosity, dispersion, and color reproducibility through raw material formulation design and operation/management of manufacturing equipment (mills, homogenizers, etc.). They perform scale-up aligned with production plans, optimize manufacturing conditions, and conduct quality management (viscosity measurement, dispersion measurement, color measurement, etc.). They also tackle production efficiency improvements and environmental regulation compliance (VOC reduction, water-based ink development, UV-curable ink technology), and conduct root cause analysis and improvement planning when issues arise.

Future Outlook

With environmental regulations and the spread of digital printing, demand is expanding for new technologies such as water-based inks, UV-curable inks, and nano-dispersion technology. It is expected that production engineers will advance in sophistication due to the introduction of automation and digital process control.

Personality Traits

Analytical mindset / Curious or inquisitive / Meticulous / Strong sense of responsibility

Work Style

Day Shift / Factory Work / Research and Development / Shift Work / Team-based

Career Path

Manufacturing Operator → Production Engineer → Process Engineer → Development Research Role → Quality Control Manager → Production Technology Manager

Required Skills

Chemical Analysis / Color Measurement / Ink Manufacturing Process Knowledge / Production Equipment Operation / Quality Management Techniques (QC) / Scale-up Technology

Recommended Skills

Reading English Technical Documents / Statistical Process Control / UV Curing Technology / Water-Based Ink Technology

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Logical analytical skills are required for optimizing raw material formulation ratios and manufacturing conditions.
Attention to Detail & Accuracy Because minute formulation differences or manufacturing condition deviations affect product quality.
Numerical & Quantitative Analysis Mathematical processing ability is required for formulation calculations and quality data analysis.
Problem Solving Need to quickly identify causes and implement countermeasures during manufacturing troubles.

Related Qualifications

  • Hazardous Materials Handler (Class B, Type 4)

Aliases

  • Ink Manufacturing Engineer
  • Printing Ink Development Engineer

Related Jobs

  • Chemical Product Manufacturing Engineer
  • Materials Development Researcher
  • Paint Manufacturing Engineer

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