fitter machinist | fitter and turner | 1st class machinist

HR Partners; Brisbane; On-site; AUD 70,000 - 95,000; Full time

Job summary

HR Partners is seeking a skilled Fitter & Turner to join a high‑performing workshop in Sumner Park. You will work with manual and CNC mills and lathes to manufacture polyurethane, plastic and rubber components for heavy industries.

Hours are Monday to Thursday 6:00 AM–2:30 PM and Friday 6:00 AM–12:00 PM, with full‑time permanent status. Join a collaborative team delivering components for mining, manufacturing and aviation sectors.

Qualifications

• Experience using Manual Mills, CNC Mills and CNC Lathes.
• Able to machine metal moulds and dies for polyurethane and rubber parts.
• Trimming and finishing blocks to engineering tolerances.

Responsibilities

• Operate Manual & CNC Mills / CNC Lathes.
• Machine manufactured parts and tooling.
• Machine moulds and dies used for polyurethane and rubber components.
• Machine frames, plates and studs for polyurethane assemblies.
• Trim and fine-tune polyurethane/plastic blocks to tolerance.
• Rework tooling and dies to drawings.

Skills

Manual Mills

CNC Mills

CNC Lathes

Job description

fitter machinist | fitter and turner | 1st class machinist

• Location: Sumner Park

A leading Australian manufacturer delivering innovative components for the mining, manufacturing, and aviation sectors is expanding its team due to sustained growth. We are seeking a skilled Machinist / Fitter & Turner to join a collaborative, high-performing workshop.

Type of work: polyurethane, plastic and rubber components for heavy industries (such as wheel chocks, heavy vehicle blocks, clamps, and wear liners)

Hours

• Monday to Thursday: 6:00 AM – 2:30 PM
• Friday: 6:00 AM – 12:00 PM (early finish)

• Schedule: Mon- Thu 6am - 2:30pm. Fri 6am - 12pm
• Full-time permanent
• Location: Sumner Park

Responsibilities

• Work with Manual & CNC Mills / CNC Lathes
• Machine manufactured parts, components, and specialized tooling.
• Machining metal moulds and dies used to cast and pour polyurethane and rubber parts.
• Machining the metal frames, plates, and studs that get bonded inside polyurethane parts to give them structural strength.
• Trimming, boring, or fine-tuning polyurethane/plastic blocks to exact engineering tolerances after they have set.
• Reworking existing tooling, fixing worn dies, and modifying production parts to technical drawings.