加工仪表外壳时，如何能够更快、更高效地完成工作？对此，众多生产厂家和经销商提出了不同的解决方案。其实，加工仪表外壳的一个主要瓶颈在于能否准确、快速地切割仪表外壳的型材。

　　切割仪表外壳的型材一般采用专业的切割机器来完成，但是如果能够使用激光切割机器来代替传统的切割机器，则效率会提高很多。激光切割机的切割精度可以达到0.1mm，并且切割速度比传统切割机快10倍以上，而且不需要额外的模具费用。

　　焊接仪表外壳的另一个主要瓶颈是能否准确、快速地完成焊接工作。焊接外壳时，如果采用传统的手工焊接方式，则效率低下，成本高昂。如果能够采用先进的自动化焊接设备，则大大提高了焊接效率，降低了成本。

　　当然，除了上述外壳加工方面的技术瓶颈外，还有许多其他方面的技术瓶颈，比如外壳表面处理、内部电路板的布线、电路板上的元器件安装等。这些技术瓶颈也需要通过不断的摸索和尝试来突破。

　　How to achieve efficient processing of meter housing?

　　When processing the housing of meter, how can the work be completed faster and more efficiently? For this, many manufacturers and distributors have put forward different solutions. In fact, the main bottleneck in processing the housing of meter is whether the profile of meter housing can be accurately and quickly cut.

　　The profile of meter housing is usually cut by a professional cutting machine, but if a laser cutting machine can be used instead of a traditional cutting machine, the efficiency will be greatly improved. The cutting accuracy of Laser Cutting Machine can reach 0.1mm, and the cutting speed is more than 10 times faster than that of traditional cutting machine. There is no need for additional mold costs.

　　Another main bottleneck of welding meter housing is whether the welding work can be accurately and quickly completed. When welding the housing, the efficiency is low and the cost is high if the traditional manual welding method is used. If the advanced automatic welding equipment can be used, the welding efficiency will be greatly improved and the cost will be reduced.

　　Of course, in addition to the above technical bottlenecks in the processing of meter housing, there are many other technical bottlenecks, such as surface treatment of housing, wiring of internal circuit board, component installation on circuit board, etc. These technical bottlenecks also need to be continuously explored and experimented to break through.

　　如何实现仪表外壳高效加工？

　　随着科技的进步，仪表外壳的加工方式也在不断演变。如今，仪表外壳的加工方式大多采用数控机床进行加工。在进行数控机床加工时，应注意以下几点:

　　1、数控机床加工的精度要求较高，应选择精密的数控机床。

　　2、在进行数控机床加工时，需要选择合适的刀具。

　　3、数控机床加工速度较快，安全性较高。

　　4、数控机床加工设备较贵，购买时应谨慎。

　　仪表外壳加工一般包括切割、冲压、折弯、焊接、表面处理和装配等工序。焊接是仪表外壳加工中常用的一种方式，焊接时应注意以下几点:

　　1、焊接时可选择不锈钢材料，以保证外壳的耐腐蚀性。

　　2、焊接时应选择合适的焊接方式和焊接工艺，以保证焊接质量。

　　3、焊接时应注意防止热胀冷缩。

　　4、焊接时应采取防止锈蚀的措施。

　　如果要实现仪表外壳的高效加工，应采用适当的方法和技术。

　　With the development of science and technology, the processing methods of instrument shell are also constantly evolving. Nowadays, the processing methods of instrument shell are mostly processed by CNC machine tools. When processing CNC machine tools, the following points should be paid attention to:

　　1. The accuracy of CNC machine tool processing is high, and precision CNC machine tools should be selected.

　　2. When processing CNC machine tools, it is necessary to select suitable cutting tools.

　　3. CNC machine tool processing speed is fast and safety is high.

　　4. CNC machine tool processing equipment is expensive, so be cautious when purchasing.

　　The processing of instrument shell usually includes cutting, stamping, bending, welding, surface treatment and assembly. Welding is a common way of processing instrument shell. When welding, the following points should be paid attention to:

　　1. When welding, stainless steel materials can be selected to ensure the corrosion resistance of the shell.

　　2. When welding, the appropriate welding method and welding process should be selected to ensure the welding quality.

　　3. When welding, attention should be paid to prevent thermal expansion and contraction.

　　4. When welding, anti-corrosion measures should be taken.

　　If you want to achieve efficient processing of instrument shell, you should use the appropriate method and technology.