What problems should be paid attention to in the operation of Pipe Bender

When it comes to pipe bending machines, people may find them unfamiliar. But we often see some bent pipes in our daily lives, and these bent pipes can be said to be a product of the bending machine.

Pipe bending machines can be roughly divided into CNC pipe bending machines, hydraulic pipe bending machines, and so on. Mainly used for power construction, construction of public railways, laying and repairing pipelines in areas such as boilers, bridges, ships, furniture, and decoration, it has the advantages of multiple functions, reasonable structure, and simple operation.

There are many types of pipe bending machines, which can be divided into bending, rolling, wrapping, and kneading types according to their tortuous forms; According to whether it is heated during twists and turns, it can be divided into two types: lifting bending and hot bending; According to the different transmission methods, it can be divided into mechanical transmission and hydraulic transmission.

There is a certain level of danger when using the pipe bending machine, so the editor reminds everyone to pay attention to safety. Today, we will share with you the issues that need to be noted when operating the pipe bending machine.

When starting the machine tool, be careful not to let the human body enter the range scanned by the rotating arm. When working on the machine tool, all personnel are prohibited from entering the space swept by the rotating arm and pipe fittings. The hydraulic system of the machine tool uses YA-N32 general hydraulic oil, which is replaced once a year under normal circumstances. It is necessary to clean the oil filter at the same time. When adjusting the mold, the adjuster should press the button themselves to make the adjustment. One person should not make the adjustment on the machine tool while the other person is operating on the control cabinet. When adjusting the machine tool or opening the empty car, the core rod should be removed. The hydraulic system also needs to pay attention to the magnitude of pressure during operation.

Other measures are taken to prevent the lateral pushing speed from being greater than the linear speed of the rotating mold edge under manual conditions. After using the machine for a period of time, the tightness of the chain should be checked, and the upper and lower chains should be tightened together. During automatic operation in the core winding mode, before the bending arm returns, it is necessary for the operator to ensure that the core head is inside the pipe or that the core shaft is not obstructed when the bending arm returns, to prevent the core head or core rod from being bent or broken.

A robotic arm is a robotic device that can simulate human arm movements. They are composed of multiple joints and actuators, which can achieve multi axis motion and precise positioning. They are widely used in manufacturing, logistics and warehousing, healthcare, agriculture and other fields, completing tasks such as automated production, handling, assembly, packaging, and precision operations.

The working principle of a robotic arm is to simulate the movement of a human arm through an electric drive and control system, achieving multi axis motion and precise positioning. The control methods of robotic arms include programming based point control, path planning control, force/torque control, visual guidance control, etc. Different control methods are suitable for different application scenarios, allowing for different operating modes and accuracy requirements.

Robotic arms can be divided into industrial robotic arms, service robotic arms, collaborative robotic arms, etc. Industrial robotic arms are mainly used for material handling and assembly tasks on automated production lines; Service robotic arms are mainly used in the fields of medical, catering, and home furnishings, such as surgical robots, restaurant service robots, home cleaning robots, etc; Collaborative robotic arm is a new type of robotic arm that can collaborate with humans to complete tasks such as collaborative assembly and handling.

The accuracy and repeatability of a robotic arm depend on the specific model and manufacturer, typically ranging from millimeters to submillimeters. Ensure the safe operation of the robotic arm.