Advanced Programming Functions on Modern CNC Machine Tools. Comparative overview of FANUC (HAAS), SINUMERIK, and HEIDENHAIN control systems. Advanced programming capabilities, controller-specific functions, and industrial applications.
Multiple Tool Compensation on CNC Milling Centers. Tool length offsets, cutter radius compensation, wear compensation, and management of multiple tool offsets during complex machining operations.
Multiple Tool Compensation on CNC Turning Centers. Tool geometry offsets, wear compensation, tool nose radius compensation, and multi-tool management strategies in CNC turning operations.
CNC Programming Using Subprograms. Structure and functionality of subprograms, program modularization, repetitive machining operations, and optimization of CNC code through subroutine implementation.
General Considerations Regarding Drilling and Milling Cycles. Fundamentals of canned cycles, advantages of cycle programming, and applications in CNC milling operations.
Programming of Drilling Cycles. Basic and advanced aspects of drilling cycle programming. Standard drilling, peck drilling, deep-hole drilling, boring, reaming, and tapping cycles.
Development of CNC Programs Using Subprograms and Drilling Cycles. Integration of subprograms and canned cycles for efficient CNC programming. Practical examples and industrial applications.
II. Laboratory Works
Safety Procedures for Operating CNC Machining Centers. Introduction to laboratory regulations, machine safety systems, personal protective equipment, and safe operating practices for CNC machine tools.
Multiple Tool Compensation on CNC Milling Centers. Setup and application of tool length offsets, cutter radius compensation, and wear compensation. Practical case study.
Multiple Tool Compensation on CNC Turning Centers. Definition and application of tool geometry offsets, wear offsets, and tool nose radius compensation. Practical case study.
Editing CNC Programs Using Subprograms on FANUC (HAAS) Control Systems. Development, editing, simulation, and execution of CNC programs incorporating subprograms. Practical case study.
Operation of CNC Machining Centers Using Subprograms. Implementation of repetitive machining operations and optimization of CNC programs through subroutine utilization. Practical case study.
Study of HAAS Drilling Cycles. Programming and execution of drilling, peck drilling, deep-hole drilling, tapping, and boring cycles. Practical case study.
Analysis of Programming Capabilities of the DMU 50 ECO 5-Axis Machining Center. Introduction to 5-axis machining concepts, machine kinematics, advanced programming strategies, and practical applications.
