我們可以通過幾種方式來區分這兩種儀器，但無論如何區分，它們仍然可以同時檢測同一個工件，只是精度不同。 影像測量儀的精度會高于工具顯微鏡，因為它更多的是技術點坐標數據處理原理，工具顯微鏡還只是在傳統的標尺對準方法中。 這也是他們兩人的不同之處。 如果從原理上來劃分，我們更容易理解工具顯微鏡的原理，而成像儀的原理則比較復雜。 它還在光學成像的基礎上對物體進行測量，成像儀又多了一層圖像處理技術。 該技術在當前的高科技中使用它可以更準確、更清晰地表達各種幾何元素的位置關系。 工具顯微鏡的精度和清晰度更多地依賴于手動操作，偶然的外部條件誤差也是可控或不可控的。

  這兩種光學儀器的結構也不同。 成像儀通常由一個底座和幾個主要的檢測系統以及一臺PC計算機組成。 工具顯微鏡稍微簡單一些。 操作者只需要熟練的技能即可通過視覺讀取物體。 要測量工件的尺寸，除了成像儀外，還需要知道如何使用操作軟件從軟件中獲取或創建新的幾何檢測位置關系，比較專業。

英斯特力儀器是一家集研發、生產及銷售于一體的 影像測量儀，拉力試驗機, 硬度計 ,探傷儀, 粗糙度儀, 測厚儀, 金相設備廠家, 致力于為客戶提供更好的檢測儀器。

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.