CAD, Construction
3D Printing
CAM, CNC
3D Metrology
PDM, MES
Architecture, Construction
Mechatronics & Robotics
Image Processing
Hardware
CAD, Construction
Mechatronics & Robotics
From reliable CNC programming to the structured optimization of digital CAM processes.
Why this training is crucial
This training course provides in-depth and comprehensive knowledge of CNC and CAM programming for modern manufacturing environments. Participants learn how to use CAD/CAM systems confidently, develop efficient machining strategies, and apply structured methods for standardizing and optimizing CAM processes. The focus is on the reliable, traceable, and cost-effective programming of 2D, 3D, and multi-sided machining operations.
Save up to € 5,000
Target group
Technicians who want to program CNC machines using CAM software in the future and have high expectations for standardized and optimized processes
Prerequisites
CAM knowledge (e.g., the “CNC Start” course), practical experience in the field, solid knowledge of 3D programming, and ideally experience with tool databases and internal manufacturing processes.
Learning content
CNC EXCELLENCE | CNC & CAM PROGRAMMING FOR MODERN MANUFACTURING PROCESSES | ADVANCED
This comprehensive technical training program is designed forfemale technicians and CAM userswho want to professionally set up, confidently apply, and sustainably standardize CNC and CAM processes.
This training course provides both a solid foundation in digital manufacturing and advanced strategies for efficient and structured CAM programming. In addition to creating machining operations, the course focuses in particular on process reliability, reusability, and cost-effective programming methods.
The training course covers modern methods of 2D, 3D, and multi-sided machining. In addition, participants will learn how to standardize and document tool data, machining strategies, and CAM processes.
Key Areas of the Training Program:
CAD & CAM Fundamentals
- Confident Use of CAD/CAM Interfaces
- Working with Area, Curve, and Geometry Functions
- Interfaces, Layer Control, and Data Preparation
- Part Preparation for CAM Programming
General CNC & CAM Programming
- Definition of Coordinate Systems and Machining Areas
- Creation of blank parts, associative clamping devices, and tool and holder geometries
- 2D Machining (Contours, Pockets, Drilling Cycles, Remaining Material)
- 3D Machining Strategies (Roughing, Finishing, Remaining Material Machining)
- Collision Detection and Simulation Strategies
- NC Output and Documentation
Efficiency & Process Optimization
- Structured Development of Efficient CAM Workflows
- Standardization of Machining Strategies
- Use of feature and macro technologies with intelligent rules
- Development and Maintenance of Tool and Strategy Databases
- Optimization of Programming Times and Manufacturing Processes
- Introduction to Automated Programming Methods
Digitalization & Process Reliability
Improving Efficiency and Process Reliability
Digital Documentation of NC Processes and Programming
Structured Data Management in CAM Systems
