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A polymer processing research report on how injection molders and film extruders compress cycle times by 4.5 seconds, increase PCR recycled resin blending to 35%, and eliminate overweight resin give-away.
Sector Economics & Scale
Plastics manufacturers lose margin to excessive mold cooling times, high startup scrap during lot changeovers, and resin giveaway on blown film extrusion lines.
$11.2B Plastics Software & Controls Market
+21.4% CAGR
Strategic Shifts
Controller telemetry analysis optimizes holding pressure curves, preventing part warpage and cutting cooling cycles.
Algorithms model polymer viscosity variances, maximizing recycled resin ratios without tensile part failures.
Thermal balancing of die heater zones smooths film thickness, eliminating resin giveaway waste.
Production Solutions
Problem: Excessive mold cooling times and startup scrap during tool changeovers erode molding margins.
Solution: Machine controller telemetry tunes holding pressures and cooling cycles dynamically.
Measured Outcome
-4.5 second cycle time compression and 62% reduction in startup scrap.
Problem: Fluctuating post-consumer recycled (PCR) resin quality causes brittle part failures.
Solution: Melt viscosity assays calculate the maximum safe percentage of PCR resin to blend with virgin polymers.
Measured Outcome
Increased PCR usage to 35% without structural tensile failures, saving $140K/yr.
Problem: Film extruders run films overweight to prevent thin-spot tear failures, wasting polymer resin.
Solution: Die lip heater balancing eliminates thick and thin gauge bands around the bubble circumference.
Measured Outcome
Reduced thickness variance by 35%, cutting resin giveaway by 2.8%.
Deployment Roadmap
Report FAQ
No. Fortiv optimizes parameters using existing machine controller telemetry (Euromap 63/77, OPC-UA) without custom in-mold cavity sensors.
It tests resin melt viscosity variances in real time, adjusting injection speeds and packing pressures to ensure tensile strength consistency.
Supported controllers include Engel, KraussMaffei, Arburg, Sumitomo Demag, Fanuc Roboshot, Haitian, and Nissei.
By correlating capacitive scanner profiles with segmented air ring temperature zones, it smooths out thickness variations around the bubble circumference.
Cycle-time reductions deliver measurable throughput gains within the first week of automated parameter optimization.
Yes. It features specialized thermal degradation models that track regrind heat history cycles to prevent polymer chain scission.
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