3D Printing Robotic Gripper
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3D Printing Robotic Gripper

3D Printing Robotic Gripper

Robots are increasingly used in manufacturing, and robotic grippers are evolving to meet the needs of advanced applications in the automotive, electronics, and food processing industries. 3D Printing Robotic Gripper, on the other hand, enables greater design freedom, lower costs, and shorter lead times without the need for huge investments in molds or CNC machining.
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Product Details of3D Printing Robotic Gripper

Shenzhen JR Technology Co., Ltd. is one of the leading manufacturers and suppliers of 3d printing robotic gripper in China, featured by quality products and good price. If you're going to buy advanced 3d printing robotic gripper made in China, welcome to get quotation from our factory. Customized orders are welcome.

 

Robots are increasingly used in manufacturing, and robotic grippers are evolving to meet the needs of advanced applications in the automotive, electronics, and food processing industries. 3D Printing Robotic Gripper, on the other hand, enables greater design freedom, lower costs, and shorter lead times without the need for huge investments in molds or CNC machining. 


The benefits

1. SLS 3D printing gripper, 86% lighter in weight

It can save the cost of manufacture by up to 50% and the weight of the gripper by 86%. Before, the gripper was constructed from aluminum, rubber tubing, and several connecting parts, which led to high production costs. In addition to being able to reduce the number of components from 21 to 2, redesigning and using nylon also made 3D printing a quicker and less expensive procedure.

SLS 3D printing gripper


2. 3D Printing Robotic Gripper for automotive production

The number of elements in each fixture—including conduits, connectors, magnets, and other components—is reduced by more than 80% when fixtures are made using HP Multi-Nozzle Fusion technology, which also decreases the amount of space needed for system operation. The new gripper's redesigned mating mechanism speeds up the connection to the robot and cuts down on process and installation time by 40%.


The use of 3D printing technology may produce goods quickly and affordably. The new gripper uses air guides in the gripper design to lessen operator agitation. In this approach, custom-made grippers are quickly created while yet being lightweight, strong, and vital.

MJF 3D printing robotic grippers


3. 3D printing of robotic soft grippers

Soft robotics is a branch of robotics that makes lightweight, durable grippers out of flexible materials like silicone and TPU. 3D printing provides a singular mix of design flexibility, soft materials, and small batch quantities for soft robotic grippers.

3.3D printing of robotic soft grippers


With an increase in demand for diverse robotic grippers, manufacturers now have more freedom to experiment with designs and incorporate more Functions because of 3D printing's agile, light custom gripper solution. Moreover, the 3D Printing Robotic Gripper improves the performance of the entire robotic system by making the robot lighter and smaller. The advancement of robotic gripping technology will undoubtedly continue given the trend toward intelligent, digitally driven manufacturing, and 3D printing will advance gripper design as one of the primary procedures.


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3D printing technology can be customized according to production needs, shorten production links and improve productivity


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