Courses Offered

CNC Programming Turning & Milling (TA1)

This training is meant for Programmers and Operators who are using CNC Turning and Milling machines fitted with Fanuc controllers. This course covers basic G Codes, Turning & milling cycles and custom macro programming.

Our training centers are equipped with latest controllers and teaching aids. The smaller batch sizes that we plan will ensure participants get personal attention and good practice.

1st Day
Video(Line up of Fanuc products & Mfrg. facilities)
930~1000
Introduction to various models of CNCs`
1010~1200
Basic Machine drawing
1200~1230
CAD/CAM Introduction
1315~1415
Basic Mechanical function
1415~1515
Basic Electrical function
1515~1630
2nd day
Tips on safety for programmers and operators
930~1230
Axes designation & coordinate systems(T)
 
Structure of part program, Basic G & M codes
 
Absolute & Incremental systems
 
Tool offsets & Tool nose radius compensation
 
Writing part programs using basic G / M codes
 
Exercises and practice
1315~1630
3rd Day
Explanation of Canned cycles(G71 to G76)
930~1200
Direct drawing dimension programming,
 
Outputting/Inputting program data
 
Exercises and practice using the Turning cycles
 
4rd Day
Designation of machine axis(Milling)
930~1200
Machine and work coordinate systems
 
Set up work coordinate systems
 
Review of Basic G codes and M codes-Milling
 
Cutter radius Compensation
 
Tool length compensation
 
Examples & Exercises of milling part program
1245~1630
5rd Day
Drilling canned cycles G81 to G89, G73 to G76
930~1200
Explanation on polar coordinates
 
Explanation on Tool life management
 
Explanation of Chamfering and corner radius
 
Examples and practice with canned cycles
1245~1630
6rd Day
Concept of macro programming
930~1200
Explanation on Macro variables
 
Generation alarms and messages
 
Conditional and unconditional jumps
 
Types of Macro call
 
Simple macro call (G65)
 
Exercises & Practice
1245~1630
Q & A Session
1600~1630
Brief presentation on Fanuc Products
1600~1645
Visit to show room
 
Training test & feedback session
 

CNC Interfacing training (TA3)

This training is meant for engineers who are interfacing Fanuc CNC controllers to machine. This course covers connections, parameter setting and ladder development.

Our training centers are equipped with latest controllers and teaching aids. The smaller batch sizes that we plan will ensure participants get personal attention and good practice.


1st Day
Video (Line up of Fanuc products & mfrg. Facilities)
930~1000
Introduction to various models of CNCs` & Servos`
1010~1200
Basic Electrical drawings and symbols
1200~1230
Basic Panel wirings and hardware connection
1315~1415
Functions of servomotor and drives
1415~1445
Basic Mechanical Function
1515~1630
2nd day
Basic PLC Function Explanation
 
Inter connections of CNC system
 
Explanation on I/O link and I/O card/MOP connections
 
FSSB / Separate detector connections
 
Servo/Spindle hardware details
 
Practice and demo on connections
1315~1630
Practice on data backup / restoration
 
3rd Day
Discussion on ambient conditions like temperature, vibration,
dust & humidity and protection methods
930~1000
Explanation on important parameters
1000~1230
Important NC Parameters
 
Important Servo / Spindle parameters
 
Initialization servo / Spindle parameters
 
Referencing methods and parameters
 
Practice with parameters
1315~1515
Practice on reference methods
1515~1630
4rd Day
Introduction to PM, features and signals
930~1230
Explanation on IO link and address setting
 
Explanation of emergency logic
 
Explanation on Mode selection
 
Axes selection& Jogging
 
Practice on CNC system
1315~1630
5rd Day
Explanation on axes jogging/feed override logics
930~1230
Explanation on Reference setting logics
 
Explanation Timers, Counters
 
Explanation on message & Alarm generation
 
Practice on CNC system
1315~1630
6rd Day
Explanation on decoding of M Code & sample logics
0930~1030
Explanation on Spindle control signals
1030~1100
Explanation turret control function
1100~1230
Practice & Ethernet connectivity
1315~1500
Q & A Session
1500~1545
Visit to show room
1545~1600
Brief presentation on Fanuc Products
1600~1615
Training test & Feedback session
1615~1630

MECHATRONICS Course(TA4)

This training is meant for engineers who are interfacing Fanuc CNC controllers to machine. This course covers connections, parameter setting and ladder development.


Our training centers are equipped with latest controllers and teaching aids. The smaller batch sizes that we plan will ensure participants get personal attention and good practice

1st Day
Introduction and construction details of CNC machines
930~1100
Electrical symbols and drawings
1100~1230
I/O models and explanation of input and output devices
1315~1630
2nd day
Basic electrical drives
930~1100
Servo drives and motors and their explanation
1100~1230
Feedback devices
1315~1630
3rd Day
Programming of PLC
930~1230
CNC parameter setting
1315~1630
4th Day
Configuration of CNC systems
930~1230
Compensation of machine accuracy
1315~1515
Creating alarm and messaging
1515~1630
5th Day
Basics of mechanical drawings
930~1230
Ball screw
1315~1515
Slideways
1515~1630
6th Day
Types of mechanical scrappers
0930~1230
Drive mechanism gear box
1315~1230
Time belts and pulleys
1315~1500
7th Day
Bearings
930~1230
Linear motion guideways
1315~1630
8th Day
Fundamentals of hydraulics
930~1230
Fundamentals of pneumatics
1315~1630
9th Day
Lubrication systems
930~1230
Tooling CNC machines
1315~1630
10th Day
Basic AUTOCAD
930~1230
Absolute and incremental planning
1315~1630
11th Day
Basic G codes and M codes
930~1200
Writing part programs and subprograms
1315~1500
Tool offset and cutter radius compensation
1500~1630
12th Day
Explanation of canned cycles(G71 to G76)
930~1100
Explanation of canned variables
1100~1230
Data backup procedure for normal screen and by RS232 ports
1315~1630

ROBOTICS (TA2)

This training is meant for engineers and technicians who are programming and maintaining Fanuc robots. This course covers selected topics related to programming, setups and troubleshooting which will be useful in day to day work.


Our training centers are equipped with the latest Robots and controllers and teaching aids such as Roboguide. The smaller batch sizes that we plan will ensure participants get good practice and personal attention.

1st Day
Video (Line up of Fanuc products & Mfrg. Facilities)
930~0950
General Safety Precautions
1000~1010
Introduction to various models & selection criteria
1010~1020
Jogging Robot in Joint/World Frame/Orientation
1020~1030
Selection & Creation of Teach program
1000~1030
Explanation on Joint, Linear & Circular motion
1030~1145
Program testing, editing & Touch up
1145~1230
Practice on teaching
1315~1630
2nd day
Using and setting up of User frame
930~1030
Using and setting up of Tool Frame
1030~1130
Usage of various program instructions
1130~1230
Practice on setting frames
1315~1500
Practice on program instructions
1500~1630
3rd Day
Explanation of I/O's & I/O instructions
930~1000
Robot Interface with peripheral devices
1000~1045
Backup/restoring of data & Auto backup
1045~1115
Setting home position & macros
1115~1200
Quick mastering/Zero mastering
1200~1220
Single axis mastering
1220~1230
Practice on I/O instructions
1315~1430
Practice on mastering
1430~1630
4rd Day
Introduction AW process and parameters
930~1000
Explanation on usage of Arc instructions
1000~1030
Explanation AW setups
1000~1100
Explanation on weaving & weave Instruction
1100~1130
Adjusting AW parameters
1130~1200
Explanation on torch mate function
1200~1230
Practice on the above items
1315~1630
5rd Day
Introduction SW process and parameters
930~1000
Explanation on usage of Spot instructions
1000~1030
Explanation SW setups
1000~1130
Teaching spots
1130~1200
Explanation on tip wear detect programs
1230~1230
Practice on the above items
1315~1630
6rd Day
Description & Greasing of Mechanical unit
0930~1030
Description of controller & block diagram
1030~1130
Explanation on LED indications & Fuses on controller
1130~1230
Maintenance of cabinet / battery replacement procedure
1510~1545
Simple Trouble shooting & Alarm Screens
1545~1630
Q & A Session
1530~1600
Training test & feedback session
1630~1645
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