随着汽车、摩托车、航空航天等工业的高速发展，对铸造模具的需求在数量上也越来越多。铸造模具为铸造工艺配套，主要有重力铸造模具、压铸模、低压铸造模具等。其中的压铸模是在高压的作用下快速填充、凝固，大大的缩短模具制造时间。铸造技术的进步为国家支柱性产业提供更多精密、复杂、高质量的铸件，促进我国制造业整体水平的提升。
With the rapid development of industries such as automobiles, motorcycles, and aerospace, the demand for casting molds is also increasing in quantity. Casting molds are supporting casting processes, mainly including gravity casting molds, die casting molds, low-pressure casting molds, etc. The die-casting mold is rapidly filled and solidified under high pressure, greatly reducing the mold manufacturing time. The progress of casting technology provides more precision, complex, and high-quality castings for the national pillar industry, promoting the overall level of China's manufacturing industry.
面临问题|Practical problems
压铸模属于高反光且形状较大，表面不规则、凹凸不平，凹槽深浅各异四边孔位较多，增加了扫描难度。客户需要对压铸模快速扫描，扫描数据要求精度非常高。
Die casting molds are highly reflective and have a large shape, with irregular and uneven surfaces. The depth of the grooves varies, and there are many holes on the four sides, which increases the difficulty of scanning. The customer needs to quickly scan the die-casting mold, and the scanning data requires very high accuracy.
解决方案|Holon solutions
由于压铸模体积较大且又笨重，扫描数据要求精度非常高，采用传统的检测方式进行测量十分繁琐，耗费时间还容易产生二次误差。所以华朗技术工程师提出解决方案:使用model 41，扫描速度快、扫描精度高、体积小重量轻便携带，还有多种扫描模式可切换，深孔及死角可以使用扫描仪精细模式，因此数据误差小精度高，成功解决客户所面临的问题。
Since the die-casting mold is large and heavy, the scanning data requires very high accuracy. The traditional detection method is very cumbersome, time-consuming and prone to secondary errors. Therefore, Hualang technical engineers proposed a solution: using model 41, which has fast scanning speed, high scanning accuracy, small size and light weight, and can be switched to multiple scanning modes. The fine mode of the scanner can be used for deep holes and dead corners, so the data error is small and the accuracy is high, successfully solving the problem faced by customers.
With the rapid development of industries such as automobiles, motorcycles, and aerospace, the demand for casting molds is also increasing in quantity. Casting molds are supporting casting processes, mainly including gravity casting molds, die casting molds, low-pressure casting molds, etc. The die-casting mold is rapidly filled and solidified under high pressure, greatly reducing the mold manufacturing time. The progress of casting technology provides more precision, complex, and high-quality castings for the national pillar industry, promoting the overall level of China's manufacturing industry.
面临问题|Practical problems
压铸模属于高反光且形状较大，表面不规则、凹凸不平，凹槽深浅各异四边孔位较多，增加了扫描难度。客户需要对压铸模快速扫描，扫描数据要求精度非常高。
Die casting molds are highly reflective and have a large shape, with irregular and uneven surfaces. The depth of the grooves varies, and there are many holes on the four sides, which increases the difficulty of scanning. The customer needs to quickly scan the die-casting mold, and the scanning data requires very high accuracy.
解决方案|Holon solutions
由于压铸模体积较大且又笨重，扫描数据要求精度非常高，采用传统的检测方式进行测量十分繁琐，耗费时间还容易产生二次误差。所以华朗技术工程师提出解决方案:使用model 41，扫描速度快、扫描精度高、体积小重量轻便携带，还有多种扫描模式可切换，深孔及死角可以使用扫描仪精细模式，因此数据误差小精度高，成功解决客户所面临的问题。
Since the die-casting mold is large and heavy, the scanning data requires very high accuracy. The traditional detection method is very cumbersome, time-consuming and prone to secondary errors. Therefore, Hualang technical engineers proposed a solution: using model 41, which has fast scanning speed, high scanning accuracy, small size and light weight, and can be switched to multiple scanning modes. The fine mode of the scanner can be used for deep holes and dead corners, so the data error is small and the accuracy is high, successfully solving the problem faced by customers.
