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Gear geometry developed for molded productionMolded gear projects need tooth design, hub/wall transitions, gate strategy, shrinkage and acceptance criteria to be reviewed as one system.Injection molding can repeat complex gear-and-hub geometry efficiently, but the tooth form is connected to a molded body that shrinks and cools as a whole. Hub/web proportions, gate position and resin grade therefore influence bore-to-tooth relationships and runout.What to define before opening an RFQModule or DP, pressure angle and tooth countMaterial grade and shrinkage behaviorBore, hub and adjacent wall geometryGate/parting constraints and ejectabilityRunout, tooth quality and functional mesh checksA molded gear drawing should make the functional datum scheme and acceptance method explicit. If secondary machining is planned, show which surfaces remain as-molded and which become the final reference after machining.How to use this categoryThe product cards below are linked to the live WooCommerce catalogue for Injection Molded Gears. Open the closest geometry first, then compare its RFQ guidance against your drawing. If no listed product matches the interface, use the custom component route rather than forcing the part into the wrong family.