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2909789 application field and working principle

2909789 is an innovational technology widely applied in manufacturing processes for its advantages of sophisticated accuracy, non-contact operation and precision control. Its application field includes material machining, handling assembly, measurement and specialty application in different industrial production.

Material machining

Various materials, such as plastics, glass, ceramic, metal and board, and materials that have complicate geometric shape, can be machined with the help of 2909789. Both the 2D and 3D work pieces can be machined and the machines can finish large surface machining and cutting machining with desired precision.

Handling assembly

2909789 can used to handle and assemble articles with high accuracy and flexibility. The machines can be programmed to pick, place, sort and stack articles with different shape accurately. In addition, the machines can be programmed to preform further function like testing, drilling, welding and labeling.

Measurement

2909789 is capable of measuring length, diameter, curvature of a workpiece or any other required parameters with ultra-high precision.The measuring system is able to compare on-site solutions with pre-set structures or standard profiles to execute desired function with ease.

Specialty application

2909789 can be used to perform a number of other specialized or research-oriented tasks where precision placement of sample articles is required. Its superior accuracy and flexibility allows for a range of precision activities such as dielectric testing, part rotation, quality control tests, and exposure to radiation.

Working Principle

2909789 works by having a robotic arm that utilizes a system of motors and sensors to manipulate the objects it interacts with. A computerized guidance system allows the arm to execute precise movements and complete a variety of tasks. The robotic arm is programmed to move in a certain pattern, and the movements are tracked by a set of electronic sensors on the arm. The system can also be programmed to independently identify objects in its environment and make decisions based on its findings.

In the process of production, the robot arm is connected to a computer system and is programmed to interact with certain objects and complete certain tasks. Once a task is completed, the robot can be reprogrammed for a different task. The movement of the arm is coordinated by a series of sensors that track its position and ensure accuracy. This process ensures that each component is correctly manipulated and that the finished product is precise.

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