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FaToBlade blade analysis software is a core professional module in the three-coordinate measurement and analysis ecosystem independently developed by Depsec Company. It is not merely a simple data processing tool, but a dedicated analysis platform deeply adapted to the inspection requirements of aviation blades. 

Facing the practical challenges of a wide variety of blade types, complex structures and strict tolerances, DIPSEC, relying on its independently controllable core technology, has launched the FaToBlade blade dedicated analysis software, providing a one-stop solution for blade inspection from data collection, model analysis to result evaluation.

With the rapid development of MEMS technology and the semiconductor industry, microfabrication technology has given rise to a series of key devices. The characteristic dimensions of these devices range from hundreds of micrometers to millimeters, featuring a high aspect ratio and geometric accuracy requirements as high as tens of nanometers. 

At Xi’an Dipsec Measuring Equipment Co., Ltd., we do the same thing every day: "With precise and reliable standards, we safeguard more comprehensive safety."

Precision measurement is not only to buy a CMM, is a set of from macroscopic to microcosmic system solutions. After the high-precision inspection is completed by UPM, it can be used in conjunction with other kind of measuring instrument to evaluate the results.

The 14th China CNC Machine Tool Exhibition (CCMT2026) will be held at the Shanghai New International Expo Center from April 21st to 25th, 2026! At this exhibition, DIPSEC will present our high-precision CMM in a splendid display at W1-A202. We sincerely invite you to come and visit!

Precision measurement is not just about purchasing a three-coordinate measuring machine; it is a complete system solution ranging from the macroscopic to the microscopic level.

The UPM series of fixed bridge-type three-coordinate measuring machines produced by DIPSEC, as a measuring device, has its core technical advantages mainly reflected in aspects such as highly stable mechanical structure, independently controllable core measurement and control system, and high-precision motion control technology. 

Our DIPSEC sincerely wish you a prosperous start to the new work and all the best in everything!

When the contact or non-contact probe touches and senses the surface of the workpiece, the measuring system will instantly record the precise position data of the grating rulers on the three coordinate axes, forming the spatial point coordinates (X, Y, Z). By moving the precision probe along the three mutually perpendicular coordinate axes of X, Y and Z, the spatial coordinate points on the surface of the workpiece are collected, and then the key parameters such as geometric dimensions and positional tolerances are calculated through a professional software system.

The CMM is a very common measuring tool, which has a very wide range of applications in actual measurement work and plays a very important role. With the continuous development of modern science and technology and strategy technology, the CMM has also developed well, and its application in actual strategy work is becoming more and more extensive. Therefore, it is very necessary to master the development of the CMM. This article analyzes the development of CMM.

The three-coordinate measuring machine is one of the very important measuring devices in modern manufacturing. It can precisely measure the dimensions and shapes of objects in three-dimensional space.