Injection Mold Design
3 DAY LECTURE/WORKSHOP
OFFERED THREE TIMES:
March 17-19, 2008 (CRS# 00.726-001)
June 16-18, 2008 (CRS# 00.726-011)
August 4-6, 2008 (CRS# 00.726-021)
TUITION: $1195
OVERVIEW
Injection mold designers are faced with the difficult task of designing a tool that will produce quality thermoplastic products at acceptable production rates. In addition, the tool must operate consistently over the long term with minimum maintenance requirements. Unfortunately, the injection mold is generally a complex piece of tooling, as it must incorporate many necessary functions.
This three-day seminar on Injection Mold Design should give those involved in the thermoplastics injection molding industry a strong fundamental understanding of tooling technology and the underlying engineering principles in the areas of melt flow, cooling, part ejection and mold structure.
In addition, the important topic of injection mold instrumentation is given special consideration as the use of mold pressure and temperature instrumentation is increasing rapidly. These variables have been shown to be extremely useful as a measure of process stability and part quality.
Laboratory workshops will provide participants with an opportunity to study the injection molding process using instrumented tooling. Students will also be exposed to some of the latest computer-aided mold design tools and techniques.
CONTENT
Plastic Materials Behavior
Basic Functions and Types of Injection Molds
Cavity/Core Insert Mounting
Part Ejection
Injection Mold Instrumentation
Steve Thibeault
3 DAY LECTURE/WORKSHOP
OFFERED THREE TIMES:
March 17-19, 2008 (CRS# 00.726-001)
June 16-18, 2008 (CRS# 00.726-011)
August 4-6, 2008 (CRS# 00.726-021)
TUITION: $1195
OVERVIEW
Injection mold designers are faced with the difficult task of designing a tool that will produce quality thermoplastic products at acceptable production rates. In addition, the tool must operate consistently over the long term with minimum maintenance requirements. Unfortunately, the injection mold is generally a complex piece of tooling, as it must incorporate many necessary functions.
This three-day seminar on Injection Mold Design should give those involved in the thermoplastics injection molding industry a strong fundamental understanding of tooling technology and the underlying engineering principles in the areas of melt flow, cooling, part ejection and mold structure.
In addition, the important topic of injection mold instrumentation is given special consideration as the use of mold pressure and temperature instrumentation is increasing rapidly. These variables have been shown to be extremely useful as a measure of process stability and part quality.
Laboratory workshops will provide participants with an opportunity to study the injection molding process using instrumented tooling. Students will also be exposed to some of the latest computer-aided mold design tools and techniques.
CONTENT
Plastic Materials Behavior
- Flow properties of plastic melts; thermal behavior/properties; material shrinkage; test methods; filled/reinforced materials; use of material data in mold design
- Materials handling;
plastication/melting; injection phase; packing and holding
phases; cooling phase; part ejection; machine/mold interactions; machine controls
Basic Functions and Types of Injection Molds
- Two-plate molds; three-plate molds; insulated/modified molds; hot runner molds; specialty molds
- Mold location; cold sprue designs; hot/insulated sprues; mounting and cooling of bushings
- Orientation effects/shrinkage; number of gates; weld lines; core deflection; types of gates
- Cavity layout; balanced systems; pressure drops; runner balancing for family molds; runner cooling
- Mold filling; mold shrinkage
- Deflection of cores and cavities; mold support system; clamp surface area
Cavity/Core Insert Mounting
Part Ejection
- Ejection techniques; engineering design of ejection systems; ejection of undercuts
- Cooling methods; cooling time calculations; fluid flow/heat transfer considerations
Injection Mold Instrumentation
- Mold pressure measurement; mold temperature measurement; parting line sensors
Steve Thibeault
© 1995-2007 University of Massachusetts Lowell,
Continuing Studies, Corporate & Distance Education
Continuing Studies, Corporate & Distance Education