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A10VSO10DRG/52R-PSC14N00-SO857
A10VSO10DRG/52R-PSC64N00
A10VSO10DRG/52R-PUC14N00
A10VSO10DRG/52R-PUC64N00
A10VSO10DRG/52R-PUC64N00-SO857
A10VSO18DR/31R-PPA12N00
A10VSO18DR/31R-PPA12K01
A10VSO18DFR1/31R-PPA12N00
A10VSO18DFR1/31R-PPA12N00
A10VSO18DFR1/31R-PPA12K01
A10VSO18DFR/31R-PPA12N00
A10VSO18DFLR/31R-PPA12N00
A10VSO18DG/31R-PPA12N00
A10VSO18DRG/31R-PPA12N00
A10VSO18DFE1/31R-PPA12N00
A10VSO18FHD/31R-PPA12N00
A10VSO18ED/31R-PPA12N00
A10VSO28DR/31R-PPA12N00
A10VSO28DR/31R-PPA12K01
A10VSO28DFR1/31R-PPA12N00
A10VSO28DFR1/31R-PPA12N00
A10VSO28DFR1/31R-PPA12K01
A10VSO28DFR/31R-PPA12N00
A10VSO28DFLR/31R-PPA12N00
A10VSO28DG/31R-PPA12N00
A10VSO28DRG/31R-PPA12N00
A10VSO28DFE1/31R-PPA12N00
A10VSO28FHD/31R-PPA12N00
A10VSO28ED/31R-PPA12N00
A10VSO45DR/31R-PPA12N00
A10VSO45DR/31R-PPA12K01
A10VSO45DFR1/31R-PPA12N00
A10VSO45DFR1/31R-PPA12N00
A10VSO45DFR1/31R-PPA12K02
A10VSO45DFR/31R-PPA12N00
A10VSO45DFR/31R-PPA12K01
A10VSO45DFR/31R-PPA12K26
A10VSO45DFLR/31R-PPA12N00
A10VSO45DG/31R-PPA12N00
A10VSO45DRG/31R-PPA12N00
A10VSO45DFE1/31R-PPA12N00
A10VSO45FHD/31R-PPA12N00
A10VSO45ED/31R-PPA12N00
A10VSO71DR/31R-PPA12N00
A10VSO71DR/31R-PPA12K01
A10VSO71DFR1/31R-PPA12N00
A10VSO71DFR1/31R-PPA12K02
A10VSO71DFR/31R-PPA12N00
A10VSO71DFR/31R-PPA12K27
A10VSO71DFLR/31R-PPA12N00
选择适当的树脂和成型条件，即是对于易変形破损的产品(如玻璃、线圈类、电气零件等)，通过树脂也可密封固定。选择适当的模具构造，嵌件品也可完全封入树脂内。嵌件成型后，经过去芯孔处理，也可制成帯有中空凹槽的产品。.立式注塑机与机械手、嵌件品整列装置等的组合，嵌件成型工程大都可实现自动化生产。自动嵌件成型系统设计选择注意事项1.金属嵌件成型容易产生成型收缩率不均一，事先应做重要部位的形状、尺寸精度的极限试验。注射过程中金属嵌件容易变形和移位，应充分考虑模具构成和容易保持金属嵌件的模具形状的设计。对于嵌件形状不能改变的产品，事先试验是不可缺少的。金属嵌件的排列分离而使用输送器的场合下，金属嵌件之间和嵌件与振动球的接触，会使嵌件表面产生细微的损伤，而影响产品质量。应事先确认其品质容许极限范围。应事先测定金属嵌件因为冲压加工而引起的锯齿状、翘曲量、材料厚度差、直径差、敷金加工引起的厚度差等。在此基础上进行自动化装置的配套选择设计及模具构造的设计。模具浇口位置方式、成型周期等制约模具构造的可预测事项，尽可能事先解决或有相应的改善对策。应确认金属嵌件是否需要预热或干燥处理。目的在于保证产品质量和成型的稳定性。模具内设置的各种检测器件，是为了在模具受热、力、振动等环境条件影响下，保证成型动作而采用的，应确认是否使用。为了避免金属嵌件、成型品的细微片堆积在模腔内，要必要的话可组装气吹装置。由于系统设备投资价格高，采用前要充分考虑能否确保设备运行后的生产量。
