用于注塑自动化的创新型增材多材料夹持器解决方案 （ARBURGadditive GmbH + Co KG）.pdf

1、 Copyright by ARBURG 05/2025Innovative Additive Multi-Material Gripper SolutionsAgenda Copyright by ARBURG 05/2025General IntroductionProcess and Machine technology for Multi Material processingPractical applications realizedSensitive part removalReplacement of grippersIntegration of functionalitySu

2、mmary -Outlook 23 Copyright by ARBURG 05/2025Process principles in detail4 Copyright by ARBURG 05/2025Component qualityActuator performs pulsed nozzle closureNozzle closurexyzPart carriermoves part Material preparation via plasticising screw as with injection moulding.Inline drying ispossibleColorin

3、g via masterbatch is possibleUse original material direct from the pellets Copyright by ARBURG 05/2025Precise material discharge40%90%5 Copyright by ARBURG 05/2025Source:Procter&GambleLeads to a optimized densityIrregular Cavities Homogenous structureSource:Procter&Gamble6 Copyright by ARBURG 05/202

4、5Leads to Better part qualitiesFractrued surface images=100%60 Mpa7 Copyright by ARBURG 05/2025Machine Technology for Multi-Material Parts8 Copyright by ARBURG 05/20259 Copyright by ARBURG 05/2025EXAMPLE 2-COMPONENT GRIPPERPA10+TPU(70 Shore AU)TPU expandable via compressed air10EXAMPLE 2-COMPONENT G

5、RIPPER Copyright by ARBURG 05/202511 Copyright by ARBURG 05/2025Case study automotiveComponentMotor housing of an electric window regulator.ProcedureThe components are removed from the 6-cavity mold and placed on a scale.After the weighing process,the components must be picked up again and placed on

6、 a conveyor belt.The cycle time is approx.35 sec.12 Copyright by ARBURG 05/2025Design of the gripperJoints(in green)made of soft material Desmopan 9385AHard component(in gray)PC/ABS Bayblend FR 3010Endurance run was completed after approx.800,000 cyclesCorresponds to machine running time of approx.7