Electric 2 Finger Parallel Grippers are commonly used electric gripping devices in the field of industrial automation. The core consists of a drive motor, transmission mechanism (such as ball screws and gears), parallel gripper fingers, and sensors.
They are widely used in scenarios such as robotic arm grasping and assembly production lines. Its working principle is that the motor outputs power, which is converted into parallel linear motion of the gripper finger through the transmission mechanism. By accurately controlling the motor speed and steering, the gripper finger can be opened and closed, and the gripping force can be adjusted. Paired with position or force sensors, the operating accuracy can be further improved.
This gripper has significant advantages, with stable clamping and controllable force, and can adapt to workpieces of different sizes; No need for gas source, avoiding pipeline restrictions and pressure fluctuations of pneumatic equipment, environmentally friendly and applicable to a wider range of scenarios; Fast response speed and positioning accuracy up to 0.01mm level, meeting the requirements of precision assembly. Common applications include electronic component grabbing, automotive component assembly, food packaging, etc.
However, its load capacity is limited by the motor power, and in the scenario of clamping ultra heavy workpieces, it needs to be matched with a dedicated heavy-duty model. When selecting, it is necessary to comprehensively consider parameters such as load and stroke.
