CNC Machinist
Frankfort Manufacturing
- Maintained tight tolerances with design specifications.
- Improved accuracy in part production by utilizing precise measurement tools and calibrating machines accordingly.
- Reduced machine downtime through regular maintenance and troubleshooting of equipment issues.
- Partnered closely with quality control teams to identify areas where improvements could be made within production processes.
- Properly loaded and unloaded materials in and out of machines.
- Served as a reliable resource for colleagues seeking guidance on CNC programming or machine setup challenges.
- Ensured consistent high-quality output by conducting thorough inspections using various gauging techniques.
- Trained and coached new team members on proper machine set-up procedures.
- Increased efficiency by collaborating with team members to troubleshoot complex issues and share solutions across the department.
- Assisted in the training of new machinists, sharing industry knowledge and best practices for optimal performance.
- Contributed to a safer work environment by adhering to safety protocols and promoting awareness among team members.
- Adapted quickly to changes in project specifications, adjusting programs or setups as needed for successful execution.
- Enhanced productivity by implementing efficient CNC programming and machine operation techniques.
- Assessed equipment after each production run and performed preventive maintenance to keep machines running smoothly.
- Performed accurate Type tool changes and offsets.
- Adhered to high level of safety by following company rules and regulations to prevent injuries.
- Optimized tool selection for specific jobs, resulting in reduced wear and longer tool life.
- Increased production efficiency by closely studying blueprints for accurate machine programming.
- Performed preventative maintenance on CNC machines, prolonging their operational lifespan and reducing repair costs.
- Supported continuous improvement initiatives by participating in Lean manufacturing efforts aimed at reducing waste within operations.
- Streamlined workflow processes for faster job completion and increased customer satisfaction.
- Upheld quality standards during final product assembly, ensuring that all components fit together correctly with minimal errors or adjustments required.
- Studied daily work instruction, sketches, drawings, blueprints, and manuals to determine dimensions and tolerances accurately.
- Collaborated with engineering team to develop custom machining solutions for complex projects.
- Maintained clean and organized work environment, leading to more efficient workflow.
- Optimized tool paths to improve surface finish, contributing to higher customer satisfaction.
- Performed intricate machining operations, successfully meeting tight tolerance requirements.
- Programmed CNC machines for optimized performance, leading to reduction in production time.
- Streamlined machining process to increase output by introducing efficient tooling methods.
- Collaborated closely with engineering team to refine product designs for manufacturability.
- Customized machining processes for unique projects, effectively meeting diverse client needs.
- Contributed to design of custom fixtures, which improved machining accuracy and repeatability.
- Participated in cross-functional teams to ensure projects were completed according to specifications.
- Used various precision measuring instruments to check workpiece accuracy.
- Trained and mentored new and existing machinists on proper machining techniques.
- Measured, examined or tested completed units to check for defects and verify conformance to specifications using precision instruments such as micrometers.
- Recommended adjustments to production processes to optimize product quality.
- Inspected and measured machined parts for conformance to specified tolerances.
- Utilized CAD and CAM software to design tool paths, select cutting tools and set machine parameters.
- Operated CNC and manual lathes, mills and drill presses to produce precision machined components.
- Studied sample parts, blueprints or engineering information to determine methods or sequences of operations needed to fabricate products.
