Objectives: It is important to note that this course is not focused on troubleshooting or solving attendee-specific parts or programs but is designed to provide essential knowledge for long-term growth and success in CNC programming. It aims to:
- Provide participants with the foundational machining theory needed to fill knowledge gaps and meet minimum expectations.
- Enable fresh programmers to kickstart their work with suitable cutting parameters in CAM, equipping them with the basics for effective programming.
- Teach smarter programming techniques, offering tips and tricks to help participants work more efficiently than those without formal knowledge.
- Encourage participants to apply their new found knowledge immediately rather than waiting for years of experience to improve their programming and machining results.
- Prepare programmers and attendees for continuous learning, enabling them to build on their experience through the knowledge provided in this course.
This advanced course equips experienced CNC professionals with the analytical skills to leverage data-driven insights, and provides a deep understanding of cutting tool dynamics. Participants will learn to optimize machining processes, improve efficiency, and enhance part quality through advanced analysis and application of cutting tool knowledge.
This program teaches the participant the basic knowledge and most important skills that are guaranteed to help them land an amazing job and excel in their role. By end of the session, the participants will be able to understand Datum & Tool Length Setup; Program structure, format, or syntax and frequently G-Code & M-Code used in CNC Programming.
Participants will also able to apply code to create simple milling & canned cycle for drilling. This course will cover the Best Practice & Template to enable participants to quickly create, modify simple program without CAM software, understand and control tolerance to fulfil precision machining; confirm program ready and safe to run to avoid scraps and damages by identifying possible machine alarm as early as possible at program level.
This program teaches the participant the basic knowledge and most important skills that are guaranteed to help them land an amazing job and excel in their role.
By end of the session, the participants will be able to understand machining setup, NC program structure & format and syntaxes that frequently G-Code & M-Code used in CNC Programming.
This session is designed to introduce participants to the foundational concepts of custom macro programming on FANUC controllers. It includes:
- Lecture on FANUC Controller Overview
- Core concepts of FANUC custom macro programming.
- Understanding macro syntaxes, rules, and best practices.
- Detailed explanation of macro variables, conditional statements, and program flow control.
- Reading and Understanding Macro Examples :
- Hands-on analysis of sample macro programs.
- Step-by-step breakdown of the logic and function of each example.
- Discussions to reinforce understanding and clarify doubts.
- Instructor-Led Live Coding :
- Real-time macro coding demonstrations by the instructor.
- Practical coding exercises to apply learned concepts.
- Interactive problem-solving and customization based on participant input.
This session delves into the application of custom macro programming for engraving sequential numbers, focusing on practical implementation:
- Understanding Requirements and Limitations:
- Identifying the scope and constraints of sequential number engraving in CNC machining.
- Identifying Types and Ranges of Numbers:
- Determining the numerical formats and ranges required for engraving projects.
- Identifying Engraving Parameters:
- Analyzing tool, material, and cutting parameters for optimal engraving results.
- Exploring Processing Algorithm:
- Developing a logical flow for generating and engraving sequential numbers efficiently.
- Instructor-Led Live Coding :
- Step-by-step programming to implement engraving sequencing.
This program is designed to equip participants with the skills and confidence to transition from general CNC turn-mill operations to the specialized world of Auto Lathes (Citizen Cincom).
This course equips participants with the expertise to develop, customize, and optimize CNC post-processors for a variety of CAM systems, including MasterCAM, SolidCAM (NCSL), HyperMill, SIEMENS NX, Autodesk Powermill, Autodesk Fusion 360 CAM, InventorCAM, Delmia Machining, AlphaCAM, CAMWorks, CREO, CATIA, SurfCAM, GO2CAM, MAZACAM, WORKNC, RhinoCAM, GIBBSCAM, ZW3D, TopSolid , Tebis, Concepts NREC and SolidEdge CAM Pro.
Gain practical, hands-on experience in defining machine kinematics, configuring commands, events, and variables, and generating efficient NC programs. The training emphasizes advanced multi-axis CNC machines and controller-specific requirements to meet real-world applications effectively.