Training on Machine Tools Technology
Training on Machine Tools Technology
Machine tools are the foundation of modern manufacturing. Mechanical engineers must understand machining principles, machine tool operation, cutting parameters, CNC fundamentals, precision tool setup, and maintenance practices to meet industrial production requirements.
Pertecnica Engineering offers an industry-driven training program specializing in Machine Tool Technology, enabling engineers to excel in metal cutting, tool selection, machining optimization, and productivity improvement.
Why Machine Tool Technology Training?
Precision machining directly affects component quality, cost, and production timelines. Errors in cutting parameters, tool selection, speeds, feeds, and fixture design lead to waste and downtime. This training prepares engineers to optimize:
Machining processes and tool life
CNC interpretation & programming logic
Work holding, alignment & precision finishing
Material-specific cutting techniques
Productivity improvement & cost control
Who Should Join?
Mechanical Engineering Students & Graduates
Production, Tool Room, and Manufacturing Engineers
Maintenance Engineers working with machine tools
Engineers seeking careers in CNC, machining and tool design
Key Topics Covered
1. Fundamentals of Machine Tools
Lathe, Milling, Drilling, Grinding principles
Machine tool performance parameters
Types of tool holders, work holding devices
Cutting dynamics & chip formation
2. Cutting Tools & Materials
Carbide, HSS, Ceramics, Diamond Tools
Tool coatings & applications
Tool geometry & edge preparation techniques
Selection of tools based on material machinability
3. Machining Parameters & Optimization
Feed, Speed, Depth of Cut
Surface finish enhancement
Tool wear analysis & tool life extension
Cutting fluids & heat control
4. CNC Basics & Practical Interpretation
CNC machine construction & controls
G & M code fundamentals
Datum setting, offsets & tool path basics
Introduction to CAM-linked manufacturing
5. Precision Measurement & GD&T Integration
Dimensional accuracy & tolerance checks
Precision instruments: CMM, Micrometers, Profile Projectors
Quality inspection during machining
GD&T-based machining & verification
6. Fixturing & Process Planning
Design of jigs & fixtures
Work holding stability enhancement
Machining sequence selection
Cost-effective process planning for production
7. Machine Tool Maintenance & Reliability
Preventive maintenance of CNC & conventional machines
Alignment, calibration & lubrication plans
Troubleshooting vibration, chatter, misalignment & spindle issues
Skill Assessment & Certification
Pertecnica conducts detailed skill evaluation through:
Machining Parameter Optimization Tests
Tool Selection & Cutting Calculation Assessments
GD&T-Based Inspection & Product Verification
Process Planning & CNC Interpretation Evaluation
Engineers with gaps receive Skill Gap Training tailored to their needs. On successful completion, participants earn Industrial Certification in Machine Tool Technology.
How This Training Helps Engineers
Master machining operations and cutting optimization
Develop expertise in tool selection & fixture design
Gain hands-on competence in CNC interpretation
Improve product quality, productivity & tool life
Enhance employability in automotive, aerospace, EPC, manufacturing, defense, and precision engineering sectors