我们可以通过几种方式来区分这两种仪器，但无论如何区分，它们仍然可以同时检测同一个工件，只是精度不同。 影像测量仪的精度会高于工具显微镜，因为它更多的是技术点坐标数据处理原理，工具显微镜还只是在传统的标尺对准方法中。 这也是他们两人的不同之处。 如果从原理上来划分，我们更容易理解工具显微镜的原理，而成像仪的原理则比较复杂。 它还在光学成像的基础上对物体进行测量，成像仪又多了一层图像处理技术。 该技术在当前的高科技中使用它可以更准确、更清晰地表达各种几何元素的位置关系。 工具显微镜的精度和清晰度更多地依赖于手动操作，偶然的外部条件误差也是可控或不可控的。
这两种光学仪器的结构也不同。 成像仪通常由一个底座和几个主要的检测系统以及一台PC计算机组成。 工具显微镜稍微简单一些。 操作者只需要熟练的技能即可通过视觉读取物体。 要测量工件的尺寸，除了成像仪外，还需要知道如何使用操作软件从软件中获取或创建新的几何检测位置关系，比较专业。
英斯特力仪器是一家集研发、生产及销售于一体的 影像测量仪，拉力试验机, 硬度计 ,探伤仪, 粗糙度仪, 测厚仪, 金相设备厂家, 致力于为客户提供更好的检测仪器。
We can distinguish the two instruments in several ways, but no matter how they are distinguished, they can still detect the same workpiece at the same time, just with different precision. The accuracy of the image measuring instrument will be higher than that of the tool microscope, because it is more technical point coordinate data processing principle, the tool microscope is still in the traditional ruler alignment method. That's the difference between the two of them. It is easier to understand the principle of the tool microscope, while the principle of the imager is more complicated. It also measures objects on the basis of optical imaging, and imager has another layer of image processing technology. Using this technology in the current high technology, it can express the position relations of various geometric elements more accurately and clearly. The accuracy and clarity of tool microscopes are more dependent on manual operation, and the occasional external condition error is also controllable or uncontrollable.
The structure of the two optical instruments is also different. The imager usually consists of a base with several main detection systems and a PC computer. Tool microscopes are a little simpler. The operator only needs to be skilled to read objects visually. To measure the size of the workpiece, in addition to the imager, but also need to know how to use the operating software from the software to obtain or create new geometric detection position relations, more professional.
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