产品说明：
全自动刀刃360°测量；粗糙度测量，形貌测量，轮廓测量；高品质用户友好面基测量；丝锥和轴的高分辨测量；无限变焦技术面基表面测量。
特点：automatic cutting edge measurement by 360°
IF-ToolPrecision is a cutting edge measurement device to automatically measure shaft tools. The system is optimized to measure taps. It is a coordinate measurement device, surface measurement device, contour and roundness measurement device in only one system. Users measure up to 30 parameters throughout the 360° rotation of the tools.
The function: roughness measurement, form measurement, contour measurement
Users measure form, roughness, and contour including roundness. In research and development the tool inspection system is used for tool optimization. In production integrated quality assurance the system is mainly applied to measure tap tools.
The benefits: areal based measurement at high user friendliness
IF-ToolPrecision performs high resolution measurements and is intuitively operated. There are no time consuming calibration routines necessary as the insertion of the tool is very simple with auto calibration included. This increases both measurement speed and accuracy. Results include OK/NOT OK status, tolerances and are visualized in registered color information.
The application: high resolution measurement of taps and shaft tools
In tool development, IF-ToolPrecision is used to optimize shaft tools such as drills, milling cutters etc. When used in the automatic mode, the system is applied for the automatic measurement of user defined parameters of taps. Users measure up to 30 parameters throughout the 360° rotation of tools. Usually, these parameters are measured via at least two different measurement systems.
The technology: Focus-Variation for areal based surface measurement
IF-ToolPrecision is based on Focus-Variation. The optical technology delivers a measurement point density of more than 100 mil measurement points which enables form and roughness measurement of even large measurement areas and volumes. As an area based technology, Focus-Variation is already included in the most recent EN ISO standard 25178. With each measurement, users automatically receive data for evaluating the measurement uncertainty.
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