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自动变焦三维表面测量仪

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¥50万 - 100万

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品牌

Alicona

样本

下载

型号

InfiniteFocus G4

荣誉奖项

--

产地

欧洲

北京东方德菲仪器有限公司

银牌
第21年
一般经销商

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核心参数

产品种类： 非接触式轮廓仪/粗糙度仪

产地类别： 进口

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仪器简介：
自动变焦三维表面测量仪InfiniteFocus G4是奥地利Alicona 公司研发生产的集形貌测量和粗糙度测量为一体的高精度光学测量仪,其工作原理采用的是目前世界领先的自动变焦(Focus Variation)技术。

特点：
能够同时测量形貌和粗糙度
能够测量小半径和小角度
能够测量超过80°的斜面
标准真实的颜色信息
提供360°的形状和粗糙度测量
检测具有不同表面表征的表面

测量性能：
表面形貌测量
粗糙度测量
表面纹理测量
体积测量与分析
二维图像测量
编程操作（对于重复性测量任务，InfiniteFocus可以使用程序控制执行测量）

部分技术参数：
垂直分辨率：10nm
水平光学分辨率：400nm
水平取样距离：90nm
最大扫描高度：22mm
最大扫描面积：10000mm²

应用
汽车工业
工具和刀具
造纸与印刷
刑事侦察
摩擦与腐蚀
医疗器械
微电子工业

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Currently technology to utilize laser pulses for the treatment of hard tooth structure is in well underway. Research and development efforts by the Dental Sciences and equipment manufacturers have placed great emphasis on the need to develop accurate methods to characterize and guide the development of this new method of dental treatment. Infinitefocus microscopy is a method of imaging and quantifying microscopic three- dimensional features. This unique optical reconstruction technique is referred to as “Topomicroscopy”. It is ideally suited to the evaluation of laser (and conventional) dental drilling procedures because of its ability to produce geometricallyaccurate, 3D color images and the corresponding volumetric data sets of drilled dental surfaces.
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Surfaces with steep flanks and varying reflective properties are usually not measurable with conventional surface measurement techniques, even though there is an ongoing miniaturization of components and rising demand for automation in industry. A solution can be provided by “Focus Variation”, a new optical measurement technique that allows the robust measurement of complex surfaces with vertical resolutions up to 10 nm. In addition to topographic data, true colour information that is perfectly registered to the height data is obtained. The optical 3D measurement device “InfiniteFocus” is based on this new technology and provides a significant improvement in quality assurance. Allowing surface measurements in the micro and nano range as well as relatively large components, the Instrument can be used in the lab and as a measurement tool during production.
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Focus variation is employed,inter alia,for high-resolution measurement of plastic topographies with varying reflection properties and steep flanks.By meas of an optical 3D measuring system based on focus variation the leather-like grain on films can now be measured.In this way the regularity of grain elements before and sfter lamination can be quantified.
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陡峭斜面中3D表面检测方案(轮廓仪)
Surfaces with steep flanks and varying reflective properties are usually not measurable with conventional surface measurement techniques, even though there is an ongoing miniaturization of components and rising demand for automation in industry. A solution can be provided by “Focus Variation”, a new optical measurement technique that allows the robust measurement of complex surfaces with vertical resolutions up to 10 nm. In addition to topographic data, true colour information that is perfectly registered to the height data is obtained. The optical 3D measurement device “InfiniteFocus” is based on this new technology and provides a significant improvement in quality assurance. Allowing surface measurements in the micro and nano range as well as relatively large components, the Instrument can be used in the lab and as a measurement tool during production.
其他 2017-10-16
聚焦颗粒中三维表面检测方案(轮廓仪)
Focus variation is employed,inter alia,for high-resolution measurement of plastic topographies with varying reflection properties and steep flanks.By meas of an optical 3D measuring system based on focus variation the leather-like grain on films can now be measured.In this way the regularity of grain elements before and sfter lamination can be quantified.
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可转位刀具中切削角和半径检测方案(轮廓仪)
The quality of indexable inserts is highly dependent on their geometry and surface properties. Durability, feed rates and overall machining properties are influenced by the cutting geometry such as cutting angle and radius. Traditionally, quality assurance methods for geometry accuracy have been restricted to tactile methods. However, tactile measurement devices do not allow the measurement of specific radii or angles due to the mechanical contact of the stylus to the surface. The optical 3D measurement device InfiniteFocus removes inaccuracies caused by tactile inspection methods. It provides highly accurate measurement of angle and profile plus the additional functionality of roughness, waviness. Also, the analysis of faults such as pits, scratches and contamination is possible. Due to the optical inspection quality, output and tool durability become approved.
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