Precision CNC Turner: Fanuc Lathe Programmer & Operator

Trident Recruitment Ltd; Poole; On-site; GBP 19,000 - 33,000; Full time

Benefits offered by this job

Competitive pay

Day shift

Permanent role

Overtime opportunities

Job summary

Trident Recruitment Ltd is seeking an experienced CNC Turner Programmer, Setter & Operator for a well-established precision engineering company in Poole. You will take components from drawing through to completion, programming, setting and operating CNC lathes with Fanuc controls.

The role requires reading engineering drawings, producing high-tolerance parts, and performing in-process inspection. The position is permanent, day shift, with overtime opportunities dependent on workload.

Qualifications

• Strong CNC turning background.
• Able to program, set and operate CNC lathes.
• Good knowledge of Fanuc controls.
• Experience with Doosan lathes is desirable.
• Confident reading engineering drawings.
• Understanding of tooling, speeds and feeds.
• Precision or subcontract engineering experience advantageous.

Responsibilities

• Programming, setting and operating CNC lathes.
• Work with Fanuc controls.
• Read engineering drawings and specifications.
• Produce precision components to tight tolerances.
• In-process inspection and quality checks.
• Make programme and tooling adjustments.
• Work independently to ensure efficiency and accuracy.

Skills

CNC turning

Program & operate

Fanuc controls

Doosan lathes

Engineering drawings

Tooling & feeds

Precision engineering

Tools

Fanuc controls

Doosan CNC lathes

Job description

Trident Recruitment Ltd is seeking an experienced CNC Turner Programmer, Setter & Operator for a well-established precision engineering company in Poole. You will take components from drawing through to completion, programming, setting and operating CNC lathes with Fanuc controls.

The role requires reading engineering drawings, producing high-tolerance parts, and performing in-process inspection. The position is permanent, day shift, with overtime opportunities dependent on workload.