Course overview
Welcome to the world of precision manufacturing! Our course on CNC Manufacturing Mechanical Components using CNC Turning and Milling is your gateway to mastering the art of creating intricate and high-precision mechanical parts. As industries in India embrace CNC technology for increased efficiency and quality, there is a growing demand for skilled professionals who can navigate the intricacies of CNC Turning and Milling processes.
Throughout this comprehensive program, you will delve deep into the world of CNC machining. Our expert instructors will guide you through immersive, hands-on training at our cutting-edge Learning and Assessment Centres. You will learn not only the fundamental principles but also advanced techniques for CNC Turning and Milling. By the end of the course, you’ll be well-prepared to meet the demands of the industry, equipped with the skills and knowledge needed for a successful and fulfilling career in precision manufacturing.
Learning outcome
- Demonstrate basic CNC machine setup and operation.
- Perform routine machine maintenance and troubleshooting.
- Apply technical drawing interpretation to machining tasks.
- Execute quality control checks for CNC outputs.
- Operate CNC machinery to complete specific production jobs.
Curriculam
- Overview of CNC machining technology
- Importance of CNC manufacturing in mechanical component production
- Integration of CNC turning and milling processes
- Introduction to turning and milling operations
- Understanding lathe components and milling machine components
- Workholding devices and their applications in turning and milling
- Overview of CNC turning and milling machine components
- Understanding the axis system in CNC turning and milling
- Machine setup and configuration for combined operations
- Introduction to CNC programming languages for turning and milling (G-code, M-code)
- Writing basic CNC programs for turning and milling
- Understanding program structure, syntax, and toolpath generation for both processes
- Selection of turning and milling tools for different applications
- Tool setup, tool length measurement, and tool offset for both processes
- Toolpath optimization and programming strategies
- Workpiece preparation and fixturing on the lathe and milling machine
- Work coordinate system setup for both turning and milling
- Zero point determination and tool offset setting for combined operations
- Face milling, end milling, slot milling, threading, and grooving techniques
- Turning operations including facing, turning, threading, and contouring
- Combining turning and milling operations for complex geometries
- CAD/CAM basics for CNC turning and milling
- Toolpath generation and optimization for both processes
- Simulation and verification of turning and milling toolpaths
- Importance of quality control in CNC turning and milling
- In-process inspection techniques for both processes
- Measurement tools and gauging methods for turned and milled parts
- Common issues in CNC turning and milling and troubleshooting strategies – Routine maintenance procedures for both turning and milling machines – Ensuring machine accuracy and reliability in combined operations
- Common issues in CNC machining and troubleshooting strategies – Routine maintenance procedures – Ensuring machine accuracy and reliabilitySafety procedures and protocols specific to turning and milling operations – Proper use of personal protective equipment (PPE) – Mitigating potential hazards in CNC manufacturing
- High-speed machining – Multi-axis turning and milling – Simultaneous turning and milling operations
- Real-world applications of CNC manufacturing in different industries – Case studies and examples of successful CNC manufacturing projects
- Hands-on projects to apply the skills learned in combined turning and milling operations – Group or individual projects to demonstrate proficiency
- Written exam covering theoretical concepts – Practical assessment of CNC manufacturing skills for turning and milling
