曾几何时，面对光、机、电、软件的高技术门槛，多少企业望而止步。测量软件的神密面纱几乎成为一道不可逾越之鸿沟挡住了来者。如今，软件神密难再，曾经的那些“积木技术”面对着来自各个方面的压力而举步维艰，新一轮研发竞赛格局就这样悄然形成。今年，具有数字化能力的新一代影像测量仪(又名CN影像仪）诞生，更是将这场技术与市场的竞赛推向了高潮与主题。可以说，告别了手摇时代，走向数字化、智能化、自动化时代的影像测量仪才是真正意义上的二次元、三次元。而“更高速、更精准、更便捷”的背后，士2um的测量精度、750mm/min的测量速度等令人心怡的性能参数，点哪走哪、图影同步、工件随意放置等高效与便捷，一改手摇时代的局限，在精度、速度和操作性能上把测量投影仪抛在了后面而成为一种标准，才使得影像测量仪有能力与实力担负起“测量投影仪与工具显微镜终结技术”之使命。而且格价定位，符合了中国市场的消费层次，从而开始具备主流产品之竞争力。有序的竞争能让大众受益，使中国工业检测设备与国际水平之间的距离大大拉近了一步，正向着与国际接轨的方向迈进。
数字化影像测量仪(CNCH版)与手摇式影像测量仪的区别
影像测量仪(又名影像式精密测绘仪）是在测量投影仪的基础上进行的一次质的飞跃，它将工业计量方式从传统的光学投影对位提升到了依托于数位影像时代而产生的计算机屏幕测量。值得一提的是，目前市面上有一种既带数显屏又接计算机的过渡性产品。从严格意义来说，这种仅把电脑用作瞄准工具的设备不是影像测量仪，只能叫做“影像式测量投影仪”或“影像对位式投影仪”。换句话说:影像测量仪是依托于计算机屏幕测量技术和强大的空间几何运算软件而存在的。影像测量仪又分数字化影像测量仪(又名CNC影像仪)与手摇式影像测量仪两种，它们之间的区别主要表现在如下几个方面:
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。
一、数字化CNC技术实现了点哪走哪:
手摇影像测量仪在测量点A、B两点之间距离的操作是:先摇X、Y方向手柄走位对准A点，在用手操作电脑并点击鼠标确定:然后摇手到B点，重复以上动作确定B点。每次点击鼠标该点的光学尺位移数值读入计算机，当所有点的数值都被读入后计算机自动进行计算并得到测量结果,一切功能与操作都是分离进行的:
数字化CN影像测量仪则不同，它建立在微米级精确数控的硬件与人性化操作软件的基础上，将各种功能彻底集成，从而成为一台真正义上的现代精密仪器。具备无级变速、柔和运动、点哪走哪、电子锁定、同步读数等基本能力:鼠标移动找到你所想要测定的A、B两点后，电脑就已帮你计算测量出结果，并显示图形供校验，图影同步，既使是初学者测量两点之间距离也只需数秒钟。
二、数字化技术实现了工件随意放置:
手摇式影像测量仪在进行基准测量时，需要摇动工作平台，然后通过认为判断所要求的点。而数字化影像测量仪可以利用软件技术完成空间坐标系旋转和多坐标系之间的复杂换算，被测工件可随意放置，随意建立坐标原点和基准方向并得到测量值，同时在屏幕上呈现出标记，直观地看出坐标方向和测量点，使最为常见的基准距离测量变得十分简便而直观。
三、数字化技术能进行CNC快速测量:
手摇式影像测量仪在进行同一工件的批量测量时，需要人工逐一手摇走位，有时一天得摇上数以万计的圈数，仍然只能完成数十个复杂工件的有限测量，工作效率低下。
数字化影像测量仪可以通过样品实测、图纸计算、CNC数据导入等方式建立CNO坐标数据，由仪器自动走向一个一个的目标点，完成各种测量操作，从而节省人力，提高效率。数十倍于手摇式影像测量仪的工作能力下，操作人员轻松而高效。
Once upon a time, in the face of light, machinery, electricity, software high technology threshold, how many enterprises hope and stop. The veil of secrecy surrounding measurement software is an almost impassable barrier to entry. Nowadays, software is difficult to keep secret, once those "building block technology" in the face of pressure from all aspects and difficult, a new round of research and development competition pattern so quietly formed. This year, a new generation of digital imaging measuring instrument (also known as CN imaging instrument) was born, is the technology and market competition to the climax and theme. It can be said that, bid farewell to the hand era, to the digital, intelligent, automatic era of image measuring instrument is the real sense of the two, three dimensional. And "faster, more accurate and more convenient" behind, and 2 um measurement accuracy, measurement speed of 750 mm/min makes the heart happy performance parameters, which, figure which take shadow such as high efficiency and convenient synchronization, the workpiece is placed at will, on the hand the limitations of The Times, on the precision, speed, and operating performance measuring projector left behind and become a standard, So that the image measuring instrument has the ability and strength to shoulder the mission of "measuring projector and tool microscope end technology". And the price positioning, in line with the Consumption level of the Chinese market, so as to begin to have the competitiveness of mainstream products. Orderly competition can benefit the public, so that China's industrial testing equipment and the international level of the distance between a step closer, is moving towards the direction of international standards.
Digital image measuring instrument (CNCH version) and hand-operated image measuring instrument
Image measuring instrument (also known as image precision mapping instrument) is a qualitative leap on the basis of measuring projector. It improves the industrial measurement mode from the traditional optical projection to the computer screen measurement based on the digital image era. It is worth mentioning that there is a kind of transitional product that takes digital display screen to receive computer again on market at present. Strictly speaking, this device, which uses a computer only as a aiming tool, is not an image measuring instrument. It can only be called an "image measuring projector" or an "image counterpoint projector". In other words: image measuring instrument is based on computer screen measurement technology and powerful space geometry operation software. Image measuring instrument is divided into digital image measuring instrument (also known as CNC image measuring instrument) and hand-operated image measuring instrument, the difference between them is mainly shown in the following aspects:
Insteri instrument is a research and development, production and sales in one of the image measuring instrument, tensile testing machine, hardness tester, flaw detector, roughness tester, thickness tester, metallographic equipment manufacturers, is committed to providing customers with better testing instruments.
First, digital CNC technology to achieve the point where to go:
The operation of the hand-operated image measuring instrument on the distance between the measuring points A and B is as follows: first shake the handle in the X and Y directions to align with point A, then operate the computer by hand and click the mouse to confirm; then shake the hand to point B and repeat the above actions to determine point B. Every time you click the mouse, the value of the optical ruler displacement of the point is read into the computer. When the value of all points is read in, the computer automatically calculates and gets the measurement result. All functions and operations are separated:
Digital CN image measuring instrument is different, it is built on the basis of micron level precise nc hardware and humanized operation software, will be a variety of functions thoroughly integrated, so as to become a true justice of modern precision instrument. With infinitely variable speed, soft movement, which, electronic lock, synchronization points which go reading basic skills: such as the mouse moves to find what you want to determine A and B two points, the computer has been to help you calculate the measured results, and the graphics for calibration, figure shadow synchronization, even if is A beginner to measure distance between two points is A few seconds.
Two, digital technology to achieve arbitrary placement of the workpiece:
When the manual image measuring instrument makes the reference measurement, it needs to shake the working platform, and then judge the required point by thinking. And digital image measuring instrument can be done using software technology space coordinate system rotation and more complex conversion between the workpiece to be measured can be placed at random, random set up the origin and the reference direction and get measured value, showing a tag on the screen at the same time, see visually coordinate direction and measurement point, and make the most common benchmark distance measurement become very simple and intuitive.
Three, digital technology can be CNC fast measurement:
Hand-operated image measuring instrument in the batch measurement of the same workpiece, the need to manually shake away one by one, sometimes a day to shake tens of thousands of turns, still can only complete dozens of complex workpiece limited measurement, low efficiency.
Digital image measuring instrument can set up CNO coordinate data through sample measurement, drawing calculation, CNC data import and other ways, and automatically move to one target point by the instrument to complete all kinds of measurement operations, so as to save manpower and improve efficiency. Tens of times the working capacity of the hand-operated image measuring instrument, the operator is easy and efficient.
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