Scribd
Upload
232 views2 pages

Labsheet MEM564 PDF

This lab sheet provides information on the MEM564 labs which are designed to give hands-on experience with various manufacturing processes. Students will be exposed to common processes like CNC milling, plasma cutting, EDM, vacuum casting, die casting, friction welding, and injection molding. The labs are divided into demonstrations of die casting and friction welding, as well as a group project utilizing other processes. Students must submit a report after five sessions following the outlined structure, which includes objectives, procedures, results, analysis, conclusions, and references.

Uploaded by

faezahjalal
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
232 views2 pages

Labsheet MEM564 PDF

This lab sheet provides information on the MEM564 labs which are designed to give hands-on experience with various manufacturing processes. Students will be exposed to common processes like CNC milling, plasma cutting, EDM, vacuum casting, die casting, friction welding, and injection molding. The labs are divided into demonstrations of die casting and friction welding, as well as a group project utilizing other processes. Students must submit a report after five sessions following the outlined structure, which includes objectives, procedures, results, analysis, conclusions, and references.

Uploaded by

faezahjalal
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 2

LAB SHEET MEM564

GENERAL INFORMATION
MEM564 labs are designed to provide hands-on experience with a variety of manufacturing
processes. It is constructed parallel to the MEM560 Manufacturing Processes lecture. Each
experiment will be relatively simple in nature, but provide the student with a good understanding
of the certain various processes from a theoretical viewpoint. Most of the experiments will show
actual results against those calculated and provide the opportunity to examine any differences
and conclude what may have happened. Variety of experiments will be covered. In this
laboratory you will be exposed to the common manufacturing processes such as CNC milling,
CNC plasma cutting, electrical discharge machining, vacuum casting, die casting, friction
welding, injection moulding and metrology. Laboratory experiments will consist of demonstration
and hand of experience of the above mentioned processes.

This laboratory divided into two parts:


(1) Demonstration on selected processes. (die casting and friction welding)
(2) Group project. (CNC milling, CNC plasma cutting, electrical discharge machining, vacuum
casting, metrology)

You are required to submit a report after completion of 5 laboratories session. Your Report
should contain all items below;

1.0 Title:
2.0 Objectives
1. To study the principle operation of selected manufacturing processes
2. To produce a product using selected machines/equipment
3. To inspect the quality of product generated using the selected machines/equipment
3.0 Introduction
4.0 Apparatus
-Material and equipment used
5.0 Experimental Procedure
6.0 Results and Data Analysis
7.0 Discussion of Results
8.0 Conclusion
9.0 Recommendation
10.0 References
Product Development Stages

Maintenance
Concept Design Manufacture Distribution Operation Retirement

Materials and Manufacturing Process Selection

Prototype Final Design (Pilot


Quality
Design Production) &
Inspection
Mass Production

Metrology
CNC Milling Injection Moulding
CNC Plasma Cutting
Electrical Discharge Machining
Vacuum Casting

You might also like