Dalian Automation Processing Parts refers to various parts and components used in automated production equipment and machines. Its function is to assist machines and equipment in automatically executing various production processes, improving production efficiency and quality. Automated machining components can be classified into the following categories based on their function and purpose.

1. Transmission components: Transmission components are used to transmit energy to related machines or equipment. Common transmission components include gears, chains, belts, and couplings. These components can transmit energy in different ways, for example, gears can transmit torque through gear transmission, and chains can transmit power through chain transmission.

2. Moving parts: Moving parts are used to achieve the movement of machines and equipment. These components include shafts, bearings, guide rails, ball screws, etc. By using these components, machines and equipment can move in the desired direction and speed.

3. Sensors and controllers: Sensors and controllers are used to monitor and control the operational status of machines and equipment. Sensors can obtain relevant information by sensing physical quantities such as temperature, pressure, and position, while controllers can adjust the operating status of machines and equipment based on sensor feedback.

4. Fixtures and fixtures: Fixtures and fixtures are used to fix workpieces and parts to ensure their stable processing. The fixture can fix the workpiece on the processing equipment and provide appropriate support for processing operations. The design and manufacturing quality of fixtures and fixtures directly affect the machining accuracy and quality.

5. Tools and tool systems: Tools and tool systems are components used for cutting and machining workpieces. Common cutting tools include milling cutters, drill bits, turning tools, etc. The tool system installs the tool on the machine and equipment, and provides appropriate tool feed and cutting force.

6. Mechanical transmission system: The mechanical transmission system includes various transmission components and mechanisms, used to achieve complex movements of machines and equipment. These components and mechanisms include crank linkage mechanisms, reducers, clutches, etc. The mechanical transmission system can provide different output speeds and torques as needed.

7. Hydraulic and pneumatic components: Hydraulic and pneumatic components are used to control and transmit liquids and gases. Hydraulic components include hydraulic cylinders, hydraulic valves, and hydraulic pipelines, which are used to transmit and control liquid power. Pneumatic components include cylinders, pneumatic valves, and gas pipes, which are used to transmit and control gas power.

8. Electrical components and sensors: Electrical components and sensors are used to achieve electrical control of machines and equipment. Electrical components include relays, contactors, switches, and cables for controlling and transmitting electrical energy. Sensors can obtain relevant information by sensing electrical quantities such as current, voltage, and resistance.

Automated processing of components plays an important role in modern industrial production. Their design and manufacturing quality are directly related to production efficiency and product quality. With the continuous progress of technology, automated processing of components is also constantly developing and innovating to meet the needs of industrial production.