一个典型的模具企业，除了模具的生产与制造之外，还会涉及到一些检具、夹具以及普通机加件的制造。在这种情况下，精度高、功能强、通用性好的固定式测量机就成为大多数模具企业质量检测环节****的经典测量设备。
A typical mold enterprise, in addition to the mold production and manufacturing, will also involve some inspection tools, fixtures and ordinary machine parts manufacturing. In this case, the fixed measuring machine with high precision, strong function and good versatility has become the classic measuring equipment preferred by most mould enterprises in quality inspection.

路沿石模具的测量要求通常包括控制型面的指定点位测量、装配和定位孔的直径和位置测量等，往往也会要求测量型、面型线的轮廓度。此时，固定式测量机的高精度、自动化和点对点的接触式测量能力显得极为适用。
The measurement requirements of curbstone mould usually include the measurement of the designated point of the control profile, the diameter and position of the assembly and positioning holes, etc., and the profile of the measured profile and surface profile is often required. At this time, the high precision, automation and point-to-point contact measurement capability of the fixed measuring machine are very suitable.

标准化程度和应用水平是衡量路沿石模具工业水平的重要标志.模具是专用成形工具产品,虽然个性化强,但也是工业产品,所以标准化工作十分重要.凡工业较为发达的国家,对标准化工作都十分重视,因为能给工业带来质量,效率和效益
The degree of standardization and application level is an important symbol to measure the level of die and mold industry. Mold is a special forming tool product, although it is highly personalized, it is also an industrial product, so the standardization work is very important. All countries with more developed industries attach great importance to the standardization work, because it can bring quality, efficiency and benefit to the industry

若要求将模具工件直接与其CAD模型上的曲面进行点云匹配比对或进行模具件的测绘，固定式测量机还可以借助接触式连续扫描测头或非接触式激光扫描测头，实现高效率、高密度的点云扫描测量。这里需要注意的是，因为测量结构和测量原理的不同，接触式测量的精度通常要优于非接触式测量的精度
If it is required to match and compare the point cloud directly with the surface of the CAD model or to carry out the mapping of the mold parts, the fixed measuring machine can also use the contact continuous scanning probe or the non-contact laser scanning probe to realize the high-efficiency and high-density point cloud scanning measurement. It should be noted that the accuracy of contact measurement is better than that of non-contact measurement because of the difference of measurement structure and principle