全自动影像测量仪是在数字影像测量仪的基础上发展起来的基于人工智能的现代光学非接触式测量仪器。 当今尖端的光学尺寸检测设备。 该自动影像测量仪可以方便快捷地进行三维坐标测量和SPC结果分类，满足现代制造业对尺寸检测日益突出的要求：更高速、更方便、更准确的测量需求，解决了现代制造业中的又一难题。 制造业的发展。 瓶颈技术。
自动图像测量仪是基于机器视觉的自动边缘提取、自动匹配、自动对焦、测量合成、图像合成等人工智能技术。 、影像地图目标引导、全视野鹰眼变焦等优秀功能。 同时，基于机器视觉和微米精确控制下的自动对焦过程，可以满足清晰成像下的辅助测高需求（也可以增加接触测头完成坐标测高）。 卓越的软件性能，支持空间坐标旋转，可在工件随意放置的情况下进行批量测量，也可使用夹具进行批量扫描测量和SPC结果分类。
全自动影像测量仪是影像测量技术的高级阶段，具有高度智能化、自动化的特点。 其卓越的软硬件性能，使坐标尺寸测量方便、舒适。 它具有基于机器视觉和过程控制的自动学习功能。 依托数字仪器高速准确的微米级定位，可对测量过程进行路径、重点、选择和选择。 点、功能切换、手动校正、灯光匹配等操作过程自学习记忆。 全自动影像测量仪可以轻松学习操作者的所有实际操作过程。 结合其自动对焦和区域搜索、目标锁定、边缘提取、匹配点模糊运算等功能，可以实现人工智能，自动校正工件的差异和位置。 由差异引起的偏移可实现具有高精度重复性的精确点选择。 从而使操作人员从疲劳精准视觉对位、频繁选点、重复定位、功能切换等单调操作和日益繁重的待测任务中解脱出来，提高工件批量检测效率数百 次，满足工业抽检要求。 需要大批量测试。
最新的自动影像测量仪具有手动测量、CNC扫描测量和自动学习测量三种模式，三种模式的模块可以叠加进行复合测量。 可扫描生成鸟瞰图，实现全屏目标牵引到哪里去，生成的测量结果图形与图图图像同步。 点击图形自动返回原位，全屏鹰眼放大。血管造影成像误差可通过对任意测量尺寸的标准件进行实测进行校正，并可进行校准，从而提高 相关数据的批量测量精度。 自动影像测量仪人机界面友好，支持多项选择和学习校正，其卓越的高速测量可达1500mm/min，重合精度：土壤2um，线性精度：±（3 1/150）um。
优异的性能使其适用于各种精密电子、晶圆技术、刀具、塑料、精密零件、弹簧、冲压件、连接器、模具、军工、二维复印、绘图、工程开发、金属塑料、PCB板、导电 橡胶、粉末冶金、螺丝、钟表零件、手机、医药工业、光纤器件、汽车、航空航天、大专院校、科研院所等领域有着广泛的应用空间。 SK全自动影像测量仪继承了SK数字影像测量仪的以下技术特点：
它集成了CNC快速测量、CAD反向映射和图像管理。 采用现代光学、计算机屏幕测量、空间几何运算和精密运动控制等前沿技术，是集光、机、电、软件于一体的高度智能化设备。 具有三轴数控、定位点、像影同步、实时校验、纠错、工件随意摆放、CNC快速测量等基本功能。
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。
Automatic image measuring instrument is a modern optical non-contact measuring instrument based on artificial intelligence developed on the basis of digital image measuring instrument. Today's state-of-the-art optical size measuring equipment. The automatic image measuring instrument can easily and quickly carry out THREE-DIMENSIONAL coordinate measurement and SPC result classification, which meets the increasingly prominent requirements of modern manufacturing industry for size detection: higher speed, more convenient, more accurate measurement demand, and solves another difficult problem in modern manufacturing industry. The development of manufacturing. Bottleneck technology.
Automatic image measuring instrument is an artificial intelligence technology based on machine vision, such as automatic edge extraction, automatic matching, automatic focusing, measurement synthesis and image synthesis. , image map target guidance, full vision eagle eye zoom and other excellent functions. At the same time, the automatic focusing process based on machine vision and micron precise control can meet the demand of auxiliary height measurement under clear imaging (also can increase the contact probe to complete coordinate height measurement). Excellent software performance, support for spatial coordinate rotation, batch measurements can be made when the workpiece is placed at will, and batch scan measurements and SPC result classification can be made using fixtures.
Automatic image measuring instrument is the advanced stage of image measuring technology, which has the characteristics of high intelligence and automation. Its excellent performance of hardware and software makes coordinate size measurement convenient and comfortable. It has automatic learning function based on machine vision and process control. Depending on the high speed and accurate micron level positioning of the digital instrument, the path, focus, selection and selection of the measurement process can be carried out. Point, function switch, manual correction, lighting matching and other operating process of self-learning memory. Automatic image measuring instrument can easily learn all the actual operation process of the operator. Artificial intelligence can be realized to automatically correct the difference and position of the workpiece by combining its functions of auto focusing, area search, target locking, edge extraction and fuzzy operation of matching points. The offset caused by the difference enables precise point selection with high precision and repeatability. So that the operator from fatigue accurate visual alignment, frequent point selection, repeated positioning, function switching monotonous operation and increasingly heavy tasks to be tested out, improve the batch inspection efficiency of workpiece hundreds of times, to meet the requirements of industrial sampling. A lot of testing is required.
The latest automatic image measuring instrument has three modes: manual measurement, CNC scanning measurement and automatic learning measurement. The modules of the three modes can be superimposed for composite measurement. Can be scanned to generate a bird's eye view, to achieve full screen target traction where to go, the generated measurement results of the graph and the graph image synchronization. Click on the graph to automatically return to the original position and enlarge the full-screen eagle eye. Angiographic imaging errors can be corrected by measuring standard parts of any measurement size, and can be calibrated, so as to improve the batch measurement accuracy of relevant data. The automatic image measuring instrument is user-friendly, supports multiple choice and learning correction, and provides excellent high-speed measurement up to 1500mm/min with coincidence accuracy of 2um soil and linear accuracy of ± (3 1/150) um.
Excellent performance makes it suitable for all kinds of precision electronics, wafer technology, cutting tools, plastics, precision parts, springs, stamping parts, connectors, molds, military, two-dimensional copying, drawing, engineering development, metal plastics, PCB board, conductive Rubber, powder metallurgy, screws, watch parts, mobile phones, pharmaceutical industry, optical fiber devices, automobiles, aerospace, universities, scientific research institutes and other fields have a wide range of application space. SK automatic image measuring instrument inherits the following technical characteristics of SK digital image measuring instrument:
It integrates CNC rapid measurement, CAD reverse mapping and image management. It adopts cutting-edge technologies such as modern optics, computer screen measurement, space geometry operation and precision motion control, and is a highly intelligent equipment integrating light, machinery, electricity and software. It has the basic functions of three-axis NUMERICAL control, anchor point, image synchronization, real-time calibration, error correction, workpiece placement at will, CNC rapid measurement and so on.
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