FAQ
What types of products does Hongnan Machinery mainly produce?
Hongnan Machinery is a company integrating product research and development, production, and sales. Its main products include CNC machine tools, machine tool functional components and accessories, electronic components, auto parts and accessories, and intelligent systems, covering multiple sub-categories in the manufacturing field.
What industries and fields is this product mainly used in?
The company's products have a wide range of applications. CNC machine tools and other equipment can be used in mechanical manufacturing, automotive parts production, and other fields. Intelligent systems can be applied to the intelligent management of industrial production, while electronic components play a role in various electronic devices. Downstream partners include large enterprises such as Shaanxi Automobile Group and Baoti Group. Products also have specific applications in industries such as wind power generation, such as wind turbine component processing and intelligent monitoring systems.
How is product quality ensured? What certifications or honors has it received?
The company is equipped with advanced equipment such as gantry machining centers, horizontal machining centers, and Japanese OKK vertical machining centers. It implements a modern enterprise management system, using "5S" management for production and office areas, and "Kanban" management for various departments. It has won more than 30 national utility model patents, 3 national invention patents, and has been recognized as a Huangshi Municipal Intellectual Property Demonstration Enterprise. Products are exported to countries such as Italy, Turkey, India, and Russia, with some products reaching international standards and successfully replacing imported products.
What are the technological advantages of the company's CNC machine tools?
The company's CNC machine tools have intelligent and unmanned processing capabilities, achieving automated production through the perfect docking of industrial robots, gantry robots, and machine tools. The independently developed CNC tapping machine enjoys a high reputation in the market, with a dominant market share of 60%, and features strong stability, high precision, and reliable safety. One person can operate multiple machines.
Quickly locate speed issues
If the rapid positioning speed is set too high, it may exceed the response capabilities of the drive and motor, affecting their normal operation. Set a reasonable positioning speed and adjust the cutting acceleration/deceleration and time parameters to ensure that the drive and motor can operate stably at the rated operating frequency.
Machine tool slide wear
To ensure the accuracy and durability of the machine tool, the repeat positioning accuracy of the slide should be checked regularly. In the specific operation, a dial indicator can be used against the bottom of the tool holder, and the system can be used to edit a fixed cycle program for detection. Once excessive screw clearance or bearing wear is found, adjustment or replacement should be carried out immediately to ensure the long-term stable operation of the machine tool.
Poor processing technology
Selecting the right coolant is crucial during machining. Increasing the spindle speed can effectively improve surface finish and ensure the quality of subsequent processes.
Mechanical crawling problem
Mechanical creep is usually caused by guide rail wear, manifested as severe wear of the slide guide rail, wear or looseness of the ball screw. Regular maintenance of the machine tool, including cleaning the iron wire and adding lubricating oil before and after work, can effectively prevent mechanical creep problems, reduce friction and ensure smooth mechanical operation.
Machine tool resonance and placement issues
Ensuring the machine tool is placed steadily and adjusting the angle to eliminate resonance is crucial for improving processing stability. CNC machine tools should be placed on a stable surface, and the angle should be adjusted properly to eliminate resonance. At the same time, measures should be taken to ensure the stability of the machine tool.
What to do about tool wear
In CNC lathe operation, improving part dimensional accuracy requires mastering a series of operating techniques. To ensure that the workpiece is dimensionally accurate and the surface is clean, a variety of control methods can be adopted, such as precise tool setting, adjusting tool wear compensation, and optimizing dimensional control accuracy in the program. When the tool is worn or damaged, it will affect the machining accuracy. Therefore, it is necessary to sharpen the tool regularly to restore its sharpness, or choose better quality tools for replacement.