THAI MEISTER - Precision Machining
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Safety
1. Safety, health, Precision Machining and welfare in the workplace,
and role of worker
2. Safety law, occupational safety and health, and working environment
3. Identifying workplace hazards
4. Hazard prevention and control
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Metrology
1. Principles of metrology
2. Principles of measuring tools
3. Using and calibration of vernier calliper
4. Using and calibration of micrometer
5. Using and calibration of vernier height gauge
6. Using and calibration of dial gauge
7. Using and calibration of dial test indicator
8. Using of gauge block
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Drilling & Turning Practice
1. Lathe / Drilling Machine
1) Principle of Turning / Drilling machine
2) Components and functions of the lathe/Drilling
2. Turning cutting / drilling tools
1) The shape of cutting tool
2) Cutting material
3) Cutting tool holder
3. The holding work piece
1) Three-jaw self-Centreing chuck, Four-jaw independent chuck
2) Face plate
3) Collet Chuck
4. Machining conditions
1) Revolution speed, cutting speed and feed rate
5. The practice turning with High speed steel (HSS)
1) Face turning, longitudinal turning and boring
2) Drill Centre, Centre hole
6. Safety and how to protect
7. Maintenance of tools and lathes machine
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Milling Practice
1. Milling Machine
1) Principle of milling machine
2) Components and functions of the milling machine
2. Milling cutting tool
1) The shape of cutting tool
2) Cutting material
3) Cutting tool holder
3. The holding workpiece
1) Vise clamp
2) Handles on the table
4. Machining conditions
1) Revolution speed, cutting speed and feed rate
5. Milling operations
1) Face milling, grooving
2) Milling with various cutting tools
6. Safety and how to protect
7. Maintenance of tools and milling machine
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Maintenance
1. Total Productive Maintenance: TPM
2. Preventive Maintenance: PM
3. Proactive Maintenance: PoM
4. Predictive Maintenance: PdM
5. Alignment
6. Vibration Analysis
7. Overall Equipment Effectiveness: OEE
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CAD, CAM and CNC
1. Computer Aided Design (CAD)
1) CAD Overview
2) General Setting Program
3) Create Sketching 2D
4) Create Form Features
5) Create Assembly Modelling
6) Create Drafting
2. Computer Aided Manufacture (CAM)
1) CAM Overview
2) General Setting Program
3) Setting Machining Environment
4) Machine Coordinate System (MCS)
5) Geometry Definition
6) Creating a Operation
7) Tool Creation and Selection
8) Tool Path Settings
9) Cutting Parameters
10) Generating Program
11) Tool Path Simulation
12) Post Processing
3. Computer Numerical Control (CNC)
1) CNC Overview
2) Coordinate System
3) Creating CNC Program
4) CNC Program Transmission system
5) Workpiece Zero Setting
6) Cutting Tool Compensate
7) Tool Path Simulation
8) Machining Parameters Setting
9) Program Run
10) Workpiece Inspection
Total 16 Weeks (264 Hr.)