Institute of Machine Tool Technology, Mississauga:
The Institute of Machine Tool Technology (iMTT) locted in North Mississauga, Ontario (9 miles west of Toronto) offers programs designed to enable students to achieve the practical, hands-on experience they need to obtain employment in the machine tool industry. Students at other institutes may complete their CNC certification but often lack the practical, hands-on experience they need to find relevant employment upon graduation. The pre-requisite to be considered for admission to Institute of Machine Tool Technology is Grade 12 or its equivalent. If you are a mature student (18+ years of age) without Grade 12, a Basic Skills Test is required. At iMTT our curriculum includes 1250 hours of combined theoretical and practical CNC training. This includes 625 hours of "instructor-led apprenticeship-style" training on CNC machines, 445 hours of theory and 180 hours of computer-based training. Compare this to other institutions that offer an average of 700 hours of combined training!
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CNC Machine Tool Operator and Programmer - Diploma Program:
Institute of Machine Tool Technology offers the most detail and suitable program to i
ndividuals who wish to become CNC Machine Tool Operators and Programmers. This program is design for individuals who has little or no experience working with CNC Machine Tools and would like to become part of this exciting industry of high end technology.
Duration: 42 weeks
CNC Machine Tool Operator and Programmer - Certificate Program:
Institute of Machine Tool Technology offers a 21 week program, design for individuals with some experience in the Machine Tool Industry and would like to improve their skills. This program includes Mastercam X3 version, AutoCad, CNC manual programming and lots of hands-on experience on Milling and Turning applications.
Duration: 21 weeks
Full Time Course Modules:
Cutting Tool Geometry And Technical Data
The fundamentals of cutting tool geometry, technical data and cutting. Provides in-depth knowledge about standard cutting tool selection and calculations. During practical application, students will have the opportunity to select different types of tools for various cutting practices, download CNC programs, and receive hands-on experience with a variety of technical data including spindle speeds, constant surface speeds, cutting feed rates and depth of cuts.
Cutting Tool Geometry and technical Data covers the following topics:
* Cutting Tool GeometryAxial Force
* Radial Force
* Tangential Force
* Spindle Speed
* Constant surface cutting speed
* Cutti
ng feed rate
* Dept of cut
65 hours of practical examples. This module consist a total of 110 hours.
Tool Life And Coordinate Systems
Tool life is the duration of the cutting tool continuous function under specific data, tool wear and heating in metal cutting. Students will learn and apply the Logarithmic Taylor formula for calculating tool life and how to write a simple program using G code commands.
Tool Life & Coordinate Systems covers the following topics:
* Coordinate Systems
* Tool Life Investment and Production Cost
* Wear and Heat in Metal Cutting
* 30 Hours of practical examples.
* This module consist a total of 56 hours
Cutting Tool Functions And Program Configurations
An in-depth study of cutting tool functions and program configurations, dealing specifically with G code functions, tool geometry compensation and tool wear compensation, diameter and radius programming, decimal point programming, metric and inch programming, absolute and incremental programming, linear and circular interpolation. Students will receive practical, hands-on experience in applications for cutting tool functions and CNC machine program formatting and configuration.
Cutting Tool Functions and Program Configuration covers the following topics:
* C
utting Tool Functions
* Machining Program Format
* Machining Program Configuration
* 170 hours of practical examples
This module consist a total of 254 hours
Precision Turning And Milling
Focuses on a wide range of turning and milling processes, such as general turning operations, multiple repetitive cycles in OD and ID, facing, parting, grooving, drilling and threading operations. Includes calculation of tool capabilities, cutting tool and work piece deflection, including technical data, practical solutions to some common turning and milling problems and general recommendations for boring tool selection. Successful completion of this section will enable students to build and demonstrate cutting programs for turning and milling operations.
Precision Milling and Turning covers the following topics:
* Turning and Milling
* Turning Processes
* Milling Processes
* 250 hours of practical examples
This module consist a total of 500 hours
CNC Program Functions, Machine Controls and CAD-CAM System
Designed to give students an understanding of machine tool controls and the function of these controls. Students will learn about the concept and creation of a cutting program, displa
y and set tool offset values, data input and output for machine parameters, offset data and coordinate systems, and the operation of different CNC machine controls such as Fanuc, Siemens and Fagor. This module also describes the concept for CAD-CAM Systems, using Auto CAD, virtual Gibbs and Microsoft Office. These software programs allow students to create parts geometry, tool selection, machining processes and effective cutting time.
CNC Program Functions, Machine Controls and CAD - CAM Systems covers the following topics.
* CNC Machine Tool Functions
* Cutting Programs
* CAD - Concept ( 80 hours of computer based training )
* CAM - Concept ( 100 hous of computer based training )
This module consist a total of 330 hours
Class schedule:
Monday to Friday 8.00 am to 2.00 pm and 3.00 pm to 9.00 pm.
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