Course Content
Part 1: Introduction to Process
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PDF Module: Provides
an overview of the die casting process, including key topics such as
die casting dies, machines, machine closing and injection,
start-up/shut-down procedures, and normal operations.
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Training Video: Introduction to process
fundamentals and best operational practices.
Part 2: Introduction to Control Theory
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PDF Module: Explores
control methods, critical die casting variables, process capability,
data collection and analysis, graphical representation, and
Statistical Process Control (SPC).
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Training Video: Practical applications of control
theory in die casting operations.
Part 3: Statistical Process Control (SPC)
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PDF Module: Comprehensive coverage of SPC,
including control limits, average and range (X and R) charts,
assessing process control, and real-world examples involving shot
velocity, intensification stroke, and plunger creep.
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Training Video: Step-by-step guide to implementing
and interpreting SPC in die casting.
Part 4: Binary Alloy Metallurgy
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PDF Module: Introduction to binary alloy
metallurgy, with a focus on standard and new developments in die
casting aluminum and magnesium alloys.
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Training Video: Insights into selecting the right
alloys and understanding metallurgical factors.
Part 5: Cavity Steel Failure Mechanisms
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PDF Module: Detailed
coverage of cavity steel failure mechanisms, including thermal
fatigue, erosion, cracking, and more. Includes cavity steel
metallurgy, heat treatment, and operator actions.
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Training Video: Practical strategies to prevent and
manage cavity steel failures.
Part 6: How Shot Sleeves Distort
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PDF Module: In-depth
analysis of shot sleeve distortion, operational factors affecting
distortion, and design considerations.
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Training Video: Techniques to minimize distortion
and improve shot sleeve performance.
Part 7: Gas Porosity and Other Defects
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PDF Module: Identification and solutions for
defects such as gas porosity, gate porosity, blisters, shrinkage
porosity, and surface defects.
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Training Video: Practical approaches to prevent and
fix defects in die casting.
Part 8: Metal Handling and Part Quality
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PDF Module: Impact of
proper metal handling on part quality, types of inclusions, and
techniques to control cold flakes and other defects.
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Training Video: Best
practices for metal handling to ensure superior die-cast parts.
Course Benefits
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Comprehensive Learning: Acquire deep insights into
the die casting process, control techniques, and defect management.
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Expert Instruction: Learn from experienced
professionals in the die casting industry.
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Flexible Learning: Access all 8 PDF modules and 8
hours of video training at your own pace.
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Certification: Upon
successful completion, earn a certification that validates your
expertise in die casting engineering.
Target Audience
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Aspiring and experienced die casting
engineers looking to enhance their technical skills.
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Manufacturing professionals seeking to
specialize in die casting.
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Quality control and maintenance
personnel aiming to deepen their process knowledge.
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Anyone interested in gaining a
thorough understanding of die casting engineering.