Turning metal CNC

Efficient production
High degree of automation, capable of continuous processing and multi process composite processing. Through programming control, multiple processing steps can be completed at once, reducing the number of clamping times and processing time, and improving production efficiency.
Fast processing speed and high cutting efficiency of cutting tools. The CNC system can automatically adjust cutting parameters based on the characteristics of the machining material and tool, achieving the best machining effect. Meanwhile, high-speed cutting can also reduce tool wear and extend tool life.
Wide adaptability of processing materials
Suitable for turning various metal materials, including steel, iron, aluminum, copper, titanium, etc. Different materials can choose different cutting tools and cutting parameters to achieve the best machining effect.
For materials with high hardness, such as quenched steel, hard alloys, etc., effective processing can also be carried out. By selecting appropriate cutting tools and processing techniques, machining quality and efficiency can be ensured.
Complex shape processing capability
Capable of processing various complex shaped parts, such as cylinders, cones, threads, surfaces, etc. Through programming control, multi axis linkage machining of cutting tools can be achieved to meet the machining needs of complex parts.
For some special shaped parts, such as irregular shafts, gears, etc., machining can also be achieved by customizing specialized tools and fixtures.
2、 Processing technology
Programming and Design
According to the drawings and processing requirements of the parts, use professional CAD/CAM software for programming and design. Programmers can generate CNC programs based on machining processes and tool paths, and conduct simulation verification to ensure the correctness and feasibility of the programs.
In the design process, it is necessary to consider factors such as the structural characteristics of the parts, machining accuracy requirements, material properties, etc., and select appropriate machining processes and cutting tools. At the same time, it is necessary to consider the design and installation of fixtures to ensure the stability and accuracy of the parts during the machining process.
stores reserve
Select suitable metal materials according to the machining requirements of the parts, and perform pre-processing such as cutting, forging, and casting. The preprocessed material needs to be inspected and measured to ensure its dimensional accuracy and quality meet the requirements.
Before processing, it is necessary to perform surface treatment on the material, such as removing impurities such as oxide scale and oil stains, to ensure processing quality.
Processing operation
Install the preprocessed material on the lathe and fix it with fixtures. Then, according to the programmed CNC program, start the machine tool for processing. During the machining process, attention should be paid to the wear of the cutting tools and the adjustment of cutting parameters to ensure machining quality and efficiency.
For some complex shaped parts, multiple clamping and processing may be required. Before each clamping, precise measurement and adjustment are required to ensure the machining accuracy of the parts.
Quality inspection
After processing, quality inspection of the parts is required. The testing items include dimensional accuracy, shape accuracy, surface roughness, hardness, etc. Common testing tools and equipment include coordinate measuring instruments, roughness meters, hardness testers, etc.
If quality problems are found in the parts during inspection, it is necessary to analyze the reasons and take corresponding measures for improvement. For example, if the size exceeds the tolerance, it may be necessary to adjust the machining process and tool parameters and redo the machining.
3、 Application Fields
Mechanical manufacturing
Turning metal CNC machining has a wide range of applications in the field of mechanical manufacturing. It can process various mechanical parts such as shafts, gears, sleeves, flanges, etc. These parts typically require high precision, high surface quality, and complex shapes, which CNC machining can meet.
In mechanical manufacturing, CNC machining can also be combined with other machining processes, such as milling, drilling, tapping, etc., to achieve multi process composite machining, improve production efficiency and machining accuracy.
Automobile manufacturing
Automobile manufacturing is one of the important application areas of CNC machining for turning metal. Can process automotive engine parts, transmission parts, chassis parts, etc. These parts usually require high precision, high strength, and high reliability, and CNC machining can ensure the realization of these requirements.
In automobile manufacturing, CNC machining can also achieve automated production, improve production efficiency and quality stability. At the same time, customized processing can be carried out according to the needs of different car models to meet personalized market demands.
Aerospace
The aerospace industry has extremely high requirements for machining accuracy and quality of parts, and turning metal CNC machining also has important applications in this field. Can process aircraft engine parts, spacecraft parts, etc. These parts usually require the use of high-strength, high-temperature resistant, and corrosion-resistant materials, and CNC machining can ensure the machining quality and accuracy of these materials.
In the aerospace field, CNC machining can also achieve the processing of complex shaped parts, such as turbine blades, impellers, etc. These parts have complex shapes and are difficult to process. CNC machining can achieve high-precision machining through multi axis linkage machining.
Electronic communication
Some metal parts in electronic communication devices can also be machined using turning metal CNC machining. For example, phone cases, computer heat sinks, communication base station components, etc. These parts typically require high precision, high surface quality, and complex shapes, which CNC machining can meet.
In the field of electronic communication, CNC machining can also achieve small batch and multi variety production, meeting the rapidly changing market demand.
4、 Quality assurance and after-sales service
quality assurance
We strictly adhere to international quality management system standards, conducting rigorous quality control at every stage from raw material procurement to product delivery. We use high-quality metal materials and establish long-term partnerships with well-known suppliers to ensure stable and reliable quality of raw materials.
During the processing, we use advanced processing equipment and testing methods to comprehensively inspect and monitor each product. Our professional technicians have rich experience and professional knowledge, and are able to promptly identify and solve problems that arise during the production process, ensuring that product quality meets customer requirements.
after-sale service
We are committed to providing customers with high-quality after-sales service. If customers encounter any problems while using our product, we will respond promptly and provide technical support. We can provide product repair, maintenance, replacement and other services according to customer needs.
We will also regularly visit customers to understand their usage and feedback on our products, and continuously improve our products and services to meet their needs and expectations.
In short, turning metal CNC machining is a high-precision and high-efficiency metal processing technology with broad application prospects. We will continue to adhere to the principle of quality first and customer first, providing customers with high-quality products and services.