Vmc Operator

About Us:

We are a leading company in dairy automation, committed to enhancing productivity for dairy industries globally. We are looking for an experienced Dynamic VMC Operator. The ideal candidate should have in-depth knowledge of tools, materials, CNC programming (M code and G code), job settings, offsets, and the ability to read technical drawings. This role requires proficiency in 2D programming and making adjustments to ensure quality production.

Key Responsibilities:

1. Machine Setup and Operation:

• Set up and operate VMC machines to produce parts according to technical drawings.
• Load materials and select appropriate tools for machining.
• Ensure correct job settings, including tool offsets, to maintain accuracy.

2. Tool Knowledge:

• Select and install the right tools based on the material and job specifications.
• Understand different tool types, including cutting tools, drills, and end mills.
• Maintain and handle tools carefully to avoid wear and damage.

3.Feed and Rapid Rate Adjustment:

• Adjust feed and rapid rates depending on material type and machining requirements to ensure efficiency.
• Understand how feed rate affects surface finish and tool life, making adjustments accordingly.

4. Material Knowledge:

• Have a solid understanding of material properties, such as metals, plastics, and composites.
• Select and adjust machining parameters based on material hardness, ductility, and other factors.

5. M Code and G Code Knowledge:

• Work with M code and G code to operate and program VMC machines.
• Make necessary modifications to CNC programs to improve machine performance or meet specific job requirements.

6. Drawing Reading and Interpretation:

• Read and interpret 2D technical drawings and blueprints to understand machining requirements.
• Ensure that finished parts meet the dimensional and tolerance specifications outlined in the drawings.

7. 2D Programming Knowledge:

• Perform basic 2D programming tasks on the VMC machine when required.
• Create or modify simple programs to fit production needs and ensure efficiency.

8. Job Settings:

• Set up jobs by properly positioning workpieces and fixtures in the machine.
• Securely clamp parts to avoid movement during machining.

9. Offset Settings:

• Set and adjust tool and work offsets to ensure machining accuracy.
• Make real-time corrections to offsets to maintain part dimensions within specified tolerances.

10. Quality Control:

• Use precision measuring instruments like micrometres and callipers to check parts against blueprints.
• Perform regular quality checks throughout the machining process and make necessary adjustments.