Clinto Emerson

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• Executed installation and calibration of new machines and robotic systems to enhance operational efficiency.
• Inspected and serviced CNC equipment routinely to guarantee peak performance and reliability.
• Interpreted technical documentation and schematics to enhance troubleshooting efficiency and ensure accurate setup.
• Developed and implemented robotic arm programming to enhance efficiency in part handling and inspection tasks.
• Configured machinery settings to align with varying material types and specific project requirements.
• Operate and maintain CNC machines and robotic arms in a high-volume manufacturing environment.
• Achieved optimal tool performance by replacing cutting tools as required. Enhanced operational efficiency through consistent inspection of tool condition for wear and damage.
• Calculate dimensions and tolerance using knowledge of mathematics and instruments such as micrometers or vernier calipers.
• Interpreted technical drawings and schematics to ensure accurate machining processes.

• Set up, adjusted or operated basic or specialized machine tools to support precision machining operations.
• Make designs in pad software according to the given tolerance.
• Changed out aging tools, fixtures and offsets.
• Adjusted offsets daily based on work orders and changing production needs.
• Observed machines for proper functioning and make adjustments to meet specifications and complete work orders on-time and under budget.
• Troubleshot machinery and programming issues to exceed production goals.
• Performed routine maintenance on machines and monitored usage to reduce parts breakdown.
• Maintained detailed production records to identify areas for improvement and maximize productivity.
• Measured, marked and indicated dimensions and reference points on materials.
• Trained, directed and instructed apprentices and helpers to increase production levels and meet established goals.

• Kept parts within close tolerances of design standards to maintain optimal quality.
• Developing programs in Mastercam X2 using 3,4 and 5 axis.
• Observed company's strict safety rules during each shift to avoid job-related injuries.
• Performed routine maintenance on machines and monitored usage to reduce parts breakdown.
• Fabricated various parts using multiple machines at once.
• Develop applications using CAD/CAM for the control of CNC machines.
• Loaded and unloaded machines to prevent expensive equipment issues.
• Loaded and unloaded different tool parts from trucks and storage areas.
• Read blueprints to determine product specifications and plan operational sequences.
• Worked with supervisor to debug and develop production processes and learn machine set-up skills.

• Diligently maintained safety and quality standards.
• Completed product assembly according to standardized procedures.
• Inspected and repaired products to meet project expectations.
• Examined final products for conformance with quality and design standards.
• Wrapped items, placed in boxes and added proper labeling to prepare for shipment.
• Used hand and power tools to perform operational and routine tasks.
• Attended regular training sessions to increase machine operating skills.
• Troubleshot equipment problems to repair or report diagnostics.
• Set up and operated production equipment according to daily work orders and safety procedures.

• Kept permits, logs and isolation tags up to date.
• Incorporated directives, manuals and diagrams into work for assigned projects.
• Used computer programs to perform complex engineering operations.
• Performed engineering change processes to support and improve existing products.
• Gathered and modeled information for use by project leaders.
• Collaborated with engineering staff on prototype testing and instrument modification.