Mechanical Manufacturing2018-10-19T09:51:44+00:00

Mechanical Manufacturing

Pakistan Industrial Technical Assistance Centre recognises that Skills and knowledge are the driving forces of economic growth and social development of any country. They have become even more important given the increasing pace of globalisation and technological advancement that is taking place in the world. Countries with higher and better levels of skills adjust more effectively to the challenges and opportunities of globalisation. PITAC provides short term intensive training courses in a number of different fields and disciplines, these are designed such that the supply-side responses are perpetually in sync with the demand side impulses both from domestic engineering environments as well as international markets.Thus our courses are relevant and in tune with the demands of the marketplace and our approach is one of practical’s, on the job training and usage of the latest machinery and software. Our AutoCAD courses are some of the most popular in Lahore today and regularly oversubscribed. For further information contact , or call 042-99230701.

Duration                      4 Weeks (5 days a week)
Timing                          Morning & Evening

Learning Objectives:
Introduction of CNC Machine Center:

Describe safety procedures for CNC machining centers

  • Describe basic operating principles of CNC machining centers
  • Describe CNC machining center workpiece holding and loading mechanisms
  • Describe automatic tool handling and retrieval mechanisms on CNC machining centers
  • Describe CNC machining center axis movements relative to the Cartesian coordinate system
  • Determine position of signed numbers on a coordinate grid system
  • Describe the A, B, and C axes movements of a CNC machining center relative to the coordinate system
  • Describe the machine zero or home location on the CNC machining center
  • Describe the part zero reference location on the CNC machining center

Duration                    2 Weeks (5 days a week)
Timing                          Morning & Evening

Learning Objectives:
Introduction of CNC Milling:

Today a wide range of industries require CNC milling professionals to program, operate and keep sophisticated milling machines running in an efficient and reliable way. Large enterprises such as automobile, medium-sized enterprises, such as mould making and small enterprises on maintenance field are some of many examples where the CNC milling professional plays a key role to the success of metalwork industry.
To achieve the finished part the CNC Milling professionals undertake a sequence of essentials activities:

  • Interpret engineering drawings and follow the specification.
  • Generate a program (logical, process plan) with a CAD/CAM system and/or G-code.
  • Set-up the tooling, work holding device, and work piece on the CNC machining centre.
  • Manipulate cutting conditions, based on the properties of metal and tooling.
  • Operate, inspect and maintain the accuracy of dimensions within the tolerances (between 0.02 – 0.04 mm).
  • Optimise the process taking into account the production type: large quantities of one part, small batches or one-of-a-kind items.

Duration                       4 Weeks (5 days a week)
Timing                          Morning & Evening

Learning Objectives:
Introduction of CNC LATH(Turning center):

• Observe safe operating procedures for setting up tools in CNC machines
• Use machine controls to locate tool library and offset pages
• Locate tools in tool library
• Describe tools for given applications
• Identify tip types relative to actual tools
• Determine tools needed for specific jobs from specification or process sheet
• Set tools to measure z faces
• Set tool offsets for all tools in programs to be ran
• Explain the use of tool presenters
• Demonstrate the use of tool presenters

• Set up tools in holder for manual CNC machines
• Load tools in turret
• Turn spindle on and off
• Set tools to measure x diameters

Duration                      4 Weeks (5 days a week)
Timing                          Morning & Evening

Learning Objectives:
Introduction of CNC EDM Sinker/Wire cut:

Parts with complex geometry’s . Parts requiring “tenths” tolerances . Parts where burrs can’t be tolerated . Thin or delicate parts that are susceptible to tool pressure . Progressive, blanking and trim dies . Extrusion dies Precious metals . Narrow slots and keyways . Mold components . Tooling for forging, or injection molding operations. . Medical and dental instrumentation . Cutting hardened materials such as carbide, C.B.N. and P.C.D. Cutting difficult to machine materials like hastaloy, inconel and titanium . Aerospace, defense and electronic parts . Prototypes parts Production parts Form tools and inserts Electrodes (graphite or copper) for vertical EDM

Duration                      3 Weeks (5 days a week)
Timing                          Morning & Evening

Learning Objectives:
Introduction of CNC Injection molding:

This course is designed to teach students basic mold setter skills. They will learn the fundamentals of injection molding operations, including molding terminology, machine part identification, operating safety, machine controls and machine startup and shutdown. Students are taught to identify common part defects such as non-fill, burn marks, war page, discoloration, weld lines, and flash. At the end of this course students should be able to safely work as a mold setter.
• Describe various dangers associated with injection molding.
• Differentiate between appropriate and inappropriate dress for a mold setter.
• Explain the need for various articles of PPE.
• Identify various mold safeguards and explain their function.
• Explain the need for an area inspection prior to molding machine operation.
• Describe the lockout/tagout procedure for a molding machine.
• Identify various handling tools and explain their function.

Duration                       6 Weeks (5 days a week)
Timing                          Morning & Evening

Introduction of Machine Shop practice(Conventional):
Learning Objectives:

Covers the principles of machining, measurement, tool grinding, and machine shop safety. Discusses the properties of metals, how to lay out and set up a job, how to use measuring devices such as the micrometer and venire caliper, and how to read working drawings. Explains how to grind single-and multi-point tools.
The curriculum is taught by industry professionals with extensive knowledge in Machine Shop Practices, CNC Programming, Shop Safety, Workplace ESL and New Hire Assessment. You’ll attend lectures and complete hands on Labs that will give you the knowledge and expertise to start you on the path to a rewarding career.

• Principles of Machining
• Layout Work and Shop Safety
• Setup Tools
• Setup Measurement
• How to Grind Single-Point Tools
• How to Grind Multi-Point Tools