CNC machining, also known as computerized gong, is a technology that uses computer-controlled machine tools for automated production. It inputs design information into the computer through pre-programming, and then the computer controls the machine tool to perform precise cutting, drilling, milling and other operations. Compared with traditional manual machine tools, CNC machining offers higher productivity, better machining accuracy and lower labor costs.
cnc-ultra-precision-machining

五金零件CNC超精密加工

不锈钢零件 不锈钢车削零件 航空航天精密加工 精密数控加工零件 精密数控车削 CNC精密加工零件 瑞士加工零件 CNC加工不锈钢材料
黄铜数控加工

品牌名称: 新义精密
认证: ISO90001，ISO13485
最小订购量: 一件
付款条件: 信用证, 电汇
产地: 粤, 中国
价格: 按要求报价

分类：

描述

产品: CNC Ultra Precision Machining of vacuum hexahedron

Machining type: CNC machining center

Machining precision: Ultra-precision machining

Processing material: 304 316 不锈钢, 碳素钢, 铝, duplex steel, 合金钢, 20#.

Maximum diameter: 55 (毫米)

最大长度: 55 (毫米)

Ultra-precision machining: soft grit mechanical chemical polishing

宽容: 0.2

Scope of application: machinery parts, automobile manufacturing, new energy, aerospace factories, petrochemical industry, construction engineering, ETC.

Detail:

  • Precision casting, quality assurance. Smooth surface without burrs, no obvious grinding line, high quality raw materials.
  • Fine packaging, to prevent bumping. In order to prevent bumping during transportation, all of our products are bubble wrap packing.
  • Finely polished surface with accurate dimensions. Precision mold with vulcanization process, small tolerance range and accurate size.

数控加工, 也称为电脑锣, 是利用计算机控制的机床进行自动化生产的技术. 通过预编程将设计信息输入计算机, 然后电脑控制机床进行精密切割, 钻孔, 铣削和其他操作. 与传统手动机床相比, CNC 加工提供更高的生产率, 更好的加工精度和更低的人工成本.

CNC ultra-precision machining applications

CNC precision hardware parts machining has become an indispensable part of the modern technology field. It is in a variety of industries, including automotive manufacturing, 航天, medical devices, electronic equipment and more.

  1. Automobile manufacturing industry:
    Automobile is an important means of transportation for people to travel. There are thousands of precision parts. The fineness of auto parts directly affects the performance and safety of the car. In automobile manufacturing, CNC precision hardware parts machining can help manufacturers produce more accurate and durable automobile parts, such as engine parts, suspension system parts and so on.
  2. Aeronautical and aerospace components:
    CNC machining is widely used in aeronautical and aerospace components because of the high requirements for precision and strength in these areas. 例如, aircraft engine blades and rocket engine nozzles can be produced by CNC machining.
  3. Medical Device Manufacturing:
    The production of medical devices requires a high level of precision and cleanliness. The use of CNC machining can ensure the quality of the product while increasing the production efficiency. 例如, medical implants and prostheses can be produced by CNC machining.
  4. Electronic equipment manufacturing:
    Electronic equipment requires a high degree of precision and stability of components. By using CNC machining, the performance and quality of electronic products can be improved. 例如, circuit boards and cell phone housings can be produced by CNC machining.