Product Manufacturing and Processing Workers (Metal Products) X Strengths: Attention to Detail & Accuracy

For Those Strong in Attention to Detail & Accuracy

This collection features jobs that may suit those who are relatively comfortable paying attention to details and working accurately.

Situations requiring accuracy exist in many jobs, but their degree and nature vary. Some situations demand numerical accuracy, while others require precision in language or movement. While pursuing perfection is important, discerning the appropriate level of accuracy for each situation is also a valuable skill.

The jobs introduced here tend to offer more opportunities to utilize attention to detail and accuracy. Explore where your thoroughness can create value.

1488 matching jobs found.

Railway Rail Manufacturing Equipment Worker

A job that operates equipment for manufacturing rails used in railway tracks and performs maintenance and management.

Gear Grinder Operator

A job that operates a dedicated machine to grind gear tooth surfaces with high precision, ensuring specified dimensional and shape accuracy.

Caster Assembler (Metal)

Factory worker who assembles metal casters by combining parts through tasks such as bolt tightening and fitting to create finished products, and performs quality inspections.

Gear Shaper Operator

Skilled worker who operates gear shaping machines (machine tools for gear shaping) to cut gear tooth surfaces, ensuring high dimensional and shape accuracy.

Stepladder manufacturing worker (aluminum)

This occupation manufactures aluminum stepladders, handling the entire process from extrusion molding, welding, assembly, finishing, to inspection.

Gear Milling Machine Operator

Manufacturing job that operates gear milling machines to perform cutting on gear teeth and other metal parts.

CAM Operator (Metal Processing)

CAM Operator (Metal Processing) is a specialist who uses CAM software to create machining programs for metal parts and efficiently performs cutting on NC machine tools. Generates and simulates tool paths from design data, and sets optimal machining conditions.