Northampton, England, United Kingdom
CNC Setter & Programmer with 18+ years of experience in precision engineering, specialising in turning, mill-turn and sliding-head machining (Citizen & Star). I have a strong background in advanced Fanuc programming, precision machining and multi-axis operations for high-accuracy components across automotive, plastics, rubber and general engineering sectors. I excel in machine setup, tooling, G-code programming, offsets, process optimisation and first-off inspection, delivering consistent accuracy and repeatability in fast-paced, high-volume environments. My experience covers a wide range of machinery, including Citizen, Star, Doosan, Mori Seiki, and both online and offline programming using GibbsCAM and HyperMill. I am known for my problem-solving skills, technical judgment and ability to improve workflow and reduce downtime. I work confidently from complex engineering drawings, ensuring quality control at every stage of production. Always improving my skills, I have recently expanded my knowledge in HyperMill and advanced sliding-head programming. I’m motivated, reliable and focused on delivering high-precision results while supporting continuous improvement across the production floor.
CNC Setter & Programmer – Turning & Mill-Turn Working at ABG in Northampton, producing precision components for the plastics and rubber industry. My responsibilities include setting and programming CNC turning and mill-turn machines, selecting appropriate tooling, managing offsets and adjusting G-code programs to achieve consistent accuracy and repeatability. I work from technical drawings and specifications, delivering high-precision parts while maintaining production efficiency and quality standards. The role involves first-off inspection, process optimisation and close cooperation with the production team to ensure smooth workflow in a fast-paced manufacturing environment.
CNC Setter & Programmer – Turning & Mill-Turn Worked at Arturn Ltd in Rugby, a machining and engineering company supplying precision components to Tier 1 and Tier 2 automotive customers. My role included setting and programming CNC turning and mill-turn machines, selecting tooling, applying offsets and creating or modifying G-code programs to meet tight tolerances. I was responsible for producing high-accuracy metal parts based on technical drawings and customer specifications, performing first-off inspections and ensuring consistent quality throughout production. I collaborated with engineers and production teams to optimise machining processes, reduce setup times and maintain efficient workflow in a fast-paced automotive manufacturing environment.
Set and programmed CNC turning and mill-turn machines, including advanced 12-axis equipment for high-precision engineering. Programmed both online and offline using HyperMill and GibbsCAM. Identified machine malfunctions, applied corrective actions and ensured consistent part quality. Established precision gauging processes to meet internal and external quality standards. Executed turning, drilling, tapping and multi-axis operations to meet production requirements. Analysed technical drawings and maintained accurate daily performance records. Supported process improvements, tooling optimisation and reduction of setup times
Programmed and set CNC turning and mill-turn machines, including 12-axis equipment used for precision component manufacturing. Programmed mill-turn operations offline using GibbsCAM and performed on-machine adjustments when required. Identified machine malfunctions and applied corrective actions to maintain accuracy and part quality. Established precision gauging processes and ensured full compliance with internal and external quality standards. Analysed technical drawings, selected tooling and optimised machining methods for efficient production. Maintained accurate daily records and contributed to continuous improvement and tooling optimisation.
Programmed CNC turning operations directly on the machine and managed full setups for different production requirements. Monitored machine performance, adjusted offsets and corrected settings to minimise downtime. Verified part conformity using precision measuring equipment and technical drawings. Performed routine machine maintenance to maintain stable and efficient operation. Organised materials, fixtures and tooling for turning processes and ensured smooth workflow. Identified and resolved machining issues to maintain consistent accuracy and production quality.