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| Plastics Injection Moulding Technology - Theory and Practice
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| How
to Register
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| Available
Course Dates: |
3rd-4th March 2009
2nd-3rd June 2009
29th-30th September 2009
24th-25th November 2009 |
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| Course
Duration: |
Starts:
Day One 09.30, Finishes: Day Two 16.30 |
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 Course
Overview
A thorough appreciation of Injection Moulding is important for personnel
involved with the design and development of products manufactured in
this way and for those involved with the purchase and utilisation of
injection moulded products and components.
Who
Will Benefit
- Management
and Sales Personnel
- Product
Designers
- Purchasing
and procurement personnel
Course
Content
- Injection
Moulding Machine - Practical introduction to injection moulding
machine cycle and functions.
- Moulds
-Types of moulds - Their uses and benefits; Construction - Gates,
runners, ejection and cooling systems; Design - Objectives and quality
- Computer
Based Assistance - Material selection, flow analysis and
C.A.D.
- Materials
-Suppliers codes, interpreting data, storage and drying, fillers,
relating test methods to finished products, industry terminology.
- Processing
-Material behaviour during processing, the effects of mould temperature
and filling rates etc. on economics and product quality. Standard
machine controls and new control methods.
- Machine
Selection -Selecting the right machine for the product, closed
loop, clamp mechanisms, automation, manufacture and machine based
Q.C. systems.
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| The
Objectives |
- To increase the
delegate’s knowledge of Injection Moulding and provide a clear
understanding of the process
- To facilitate
and promote better communication:
- (a) within the
delegate’s’ own company
- (b) with their
sub-contractors and suppliers
- To explain industry
“jargon” in an understandable way
- To provide practical
experience of moulding
- To identify selection
criteria for process and tooling
- To make delegates
aware of polymers and their additives, in relation to the finished
part
- Make delegates
aware of potentially useful techniques to “add value”
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| The
Tutors |
| David
Jeavons - Associate Consultant
| Course
Fee: |
£525.00
plus VAT for 2 day course, to include extensive lecture notes,
lunches and refreshments.
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Find out more
about reducing energy consumption in plastics engineering at www.eurecipe.com. |
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