Insert the main shaft of the pipe bending machine directly from the upper part of the machine head during assembly

1. Bending machine body: The bed body is made of channel steel welded spindle structure, and the upper and lower bearing support plates of the spindle are installed in the structure with 15mm thick steel plates.

2. System part: The hydraulic system part can choose civilian accessories or aircraft hydraulic accessories.

3. Transmission part: The transmission part consists of oil cylinder, rack, gear, and transmission shaft.

4. Mold part: The mold part is an auxiliary tool manufactured based on different surface diameters, made of bearing steel or rolling steel, and heat treated with HRC48~52.

5. Clamping part: The hydraulic clamping part is composed of a sliding plate, a rocker arm, and a hydraulic cylinder. The extension and contraction of the cylinder drive the rocker arm to move.

6. Electrical components.

The start-up and operation of the welding machine will consume a lot of electricity, causing the voltage of the CNC pipe bending machine to be unstable, resulting in inaccurate viewpoint or servo drive of the pipe bending process, and damaging the electrical components of the CNC pipe bending machine. When the CNC pipe bending machine is working normally with twists and turns, attention should be paid to the use of lubricating oil to prevent long-term dry wear of the equipment and ensure the cleanliness of the servo drive block. When replacing the twisted pipes or changing the shape of the bends, attention should be paid to preventing mechanical interference. In manual mode, adjust and test each point for dryness. With a good understanding of the CNC pipe bending machine, programming operations should be carried out according to actual needs. After stopping the machine, the power should be immediately turned off to reduce losses.

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.