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FILL
• Check the feasibility of a moulded part, preferably at the preliminary design stage. • Determine the number of gates required to fill the part within acceptable parameters. • Determine knit line positions.
PACK
• Investigate effect of packing profiles. • Verify clamp tonnage. • Highlight sinkage problems.
COOL
• Analyse effectiveness of proposed cooling circuits. • Identify hot spots in the mould. • Investigate effect of using high conductivity inserts. • Verify target cycle times can be achieved.
WARP
• Predict the final shape of a moulded part. Investigate the effects of processing parameters and design of feed system. • Compare with cavity sizes or re-import deflection model to compare with design size. • Use in conjunction with COOL results to investigate effects of cooling circuit design.
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SHRINK
• Predict shrinkage values in X,Y and Z axes.
OTHER OPTIONS
• Gate location analysis • Processing window analysis • Runner balancing analysis • Multi-shot moulding analysis • Insert moulding analysis • Sequential gating analysis • Fibre flow analysis • Stress analysis • Design of experiments
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