Here we demonstrate a completely different approach to a universal gripper.
在这里我们展示一种完全不同的通用手爪的设计方法。
This electric gripper is light weight and ideal for material handling applications.
这种电动夹具重量轻和材料处理应用的理想选择。
The results show that the design of the mechanical gripper is feasible.
结果表明，所设计的机械手爪是可行的。
Space gripper is the actuator of space robot in order to complete the tasks .
空间手爪是空间机器人为了完成任务所必须的末端执行器。
Gripper: Device on a printing press for holding the sheet.
夹牙：印刷机上用来把纸抓牢的装置。
Thus vision-feedback signal can be obtained at any position of the gripper.
保证机械手在任何位置都可以给出视觉反馈信号。
A method of manufacturing the gripper device is also disclosed.
本发明也公开了一种叼纸装置的制造方法。
Gripper Device on a printing press for holding the sheet.
印刷机上用来把纸抓牢的装置。
Parallel gripper: Several series of grippers are available.
平行爪：爪几个系列的可用。
Adopt duo-chain gripper positioning structure, each chain can be adjusted as per different carton product.
采用双链条牙排定位，单排链条可根据产品需要前后、左右调整；
Use special black eagle-gripper structure, wholly made of cast steel; easier to operate, more durable.
独特的黑鹰嘴设计，整体铸钢制作，操作更加轻松，更加经久耐用。
Between its gripper devices, there are also equipped with multi-point temperature control system.
在板材夹具之间，该机还配置了多点温控调节系统。
Between its gripper devices, there are also equipped with multi-point temperature control system.
在板材夹具之间，该机还配置了多点温控调节系统。
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