所要夹紧工件的几何形状越复杂,对夹紧装置的要求就越高。采用柔性的推杆夹紧系统可快速、得体地夹紧复杂形状的零件。夹紧压力可保持得尽量小,分散的夹紧力可避免振动的产生。 长期以来,机械制造领域中的自动化研究活动集中于直接的加工领域,并主要集中在加工的主要时间方面。那些隐藏在非生产性的辅助和工装时间中的巨大的合理化潜力却越来越被忽视。利用这种潜力的关键是采用具有技术和经济优越性的真正的柔性夹紧装置。 普通的夹紧系统在碰到复杂的工件几何形状时便显得无能为力了。目前的做法只是采用十分昂贵的专门装置来保证夹紧部件与不断变化的零件轮廓形状相匹配。在卫生设备制造中采用成形卡爪便是这 The more complex the geometry of the workpiece to be clamped, the higher the requirements for the clamping device. The flexible push rod clamping system allows quick and easy clamping of complex shaped parts. Clamping pressure can be kept as small as possible, decentralized clamping force to avoid vibration. For a long time, the automation research activities in the field of machine manufacturing have focused on the field of direct processing and have mainly focused on the main processing time. The tremendous potential for rationalization hidden in non-productive aids and tooling time is increasingly overlooked. The key to taking advantage of this potential is the use of a truly flexible clamp with technical and economic advantages. An ordinary clamping system becomes powerless when it comes to complex workpiece geometries. The current practice is to use a very expensive special device to ensure that the clamping parts and changing parts contour shape to match. This is the case with forming jaws in the manufacture of sanitary equipment