Multi-surface mirror machining

Multi-surface mirror machining

Product center 915

Processing mode: five axis linkage processing

Processing factory: Lianda

Processing industry: optics, waveguide systems, precision instruments, aerospace and other fields

Processing equipment: lathes, milling machines, drilling machines, punching machines and welding machines, laser cutting equipment, 3D printing equipment, etc

Multi-surface mirror machining

Multi-surface mirror machining is an advanced machining technology, which can produce very high precision multi-surface mirror parts, which are widely used in optics, waveguide systems, precision instruments, aerospace and other fields.

Multi-surface mirror machining is characterized by the ability to process a variety of different forms of surfaces on the same part, making its surface smoothness and accuracy reach a very high level. This machining technology uses advanced CNC machining equipment, which can precisely control the machining speed, Angle, pressure and other parameters, so as to ensure the accuracy and quality of each surface.

The process of multi-surface mirror processing includes the following steps:

1. Design parts: Make design plans according to user requirements, determine the size, shape, number and type of surfaces and other information.

2. Simulation processing: Using CAD or CAM software to simulate the parts in order to determine the processing path and parameters, and verify and optimize the processing process.

3. Tool selection: Select the right tool according to the processing requirements, including end milling cutter, ball head cutter, Angle sharpening knife, etc., to ensure that the processing of different surfaces can be perfectly matched.

4. Processing process: through CNC machining machine tools for processing, the processing process needs to strictly control the processing speed, Angle, pressure and other parameters, and constantly detect whether the processed parts are consistent with the design drawing.

5. Quality inspection: After the completion of processing, it is necessary to carry out strict quality inspection and testing on the parts to ensure that they meet the required accuracy and surface smoothness.

The advantage of multi-surface mirror machining is that it can produce high-precision, high-quality parts that can meet the needs of various optical, instrumentation and aerospace fields. At the same time, this processing technology can also achieve efficient production, greatly reducing the time and cost of manual operation, thereby improving production efficiency and economic benefits.

Multi-surface mirror machining is a kind of precision machining technology that machined the workpiece surface into multi-surface or camber, in order to achieve the purpose of ultra-precision mirror machining. Multi-surface mirror machining usually uses CNC machine tools, and efficient precision cutting tools are installed on the machine tools. Through precision cutting and polishing and other processes, the workpiece surface is processed into multi-surface or arc surface to achieve high precision and high surface quality requirements.

The application range of multi-curved mirror processing is quite wide, mainly involved in the instrument, aerospace, automotive, electronics and other industries for the manufacture of high-precision optical devices, solar panels, liquid crystal displays, mobile phone lenses, railway traction transformers, friction parts and so on. These products require high precision machining of their surfaces to enable better optical properties, mechanical properties and corrosion resistance. The advanced level of multi-curved mirror processing technology is one of the important symbols to measure the level of a state-of-the-art advanced manufacturing industry.

The process of multi-surface mirror machining mainly includes three links: NC programming, cutting and polishing. In the CNC programming link, the processing program needs to be written according to the shape and requirements of the workpiece to guide the machine tool to cut operation. In the cutting process, it is necessary to choose the appropriate cutting tools, cutting parameters and machining strategies to carry out precision cutting. In the polishing process, it is necessary to use efficient polishing materials and polishing tools to further improve the finish and clarity of the workpiece surface.

The development of multi-surface mirror processing technology has significant practical and strategic significance. It has a very important strategic significance for improving the overall level of China's manufacturing industry, narrowing the gap between the developed and advanced industries, and enhancing industrial transformation and upgrading. Therefore, at present, the government has included multi-surface mirror processing technology in the government development plan, strengthen scientific and technological innovation and professional skills training, improve the technical level of scientific researchers and industrial workers, in order to promote the rapid development of technology in this field.

In summary, multi-surface mirror machining is a high-precision processing technology with a wide range of applications, and has become one of the important symbols to measure the level of a state-of-the-art advanced manufacturing industry. Under the background of China's continuous promotion of the "Made in China 2025" strategy, multi-surface mirror processing technology will be more fully utilized and applied.

Dongguan Lianda focus on multi-surface mirror processing, five-axis linkage processing for many years, welcome the need of friends to call for detailed discussion!

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