In a video, Makino presents applications and benefits of the optical 3D measurement device InfiniteFocus from Alicona. The video demonstrates how InfiniteFocus is in daily use at Makino´s trial and test facilities.
Makino is a leading supplier of advanced machine tools and offers a wide range of precision metal cutting and EDM production machinery, including horizontal and vertical machining centers. InfiniteFocus is mainly used in all quality assurance matters that are related to Makino´s micro precision machining center IQ300, used to produce miniaturized components with complex geometries. InfiniteFocus measures form including surface finish of the machined parts. Also, process optimization is performed. Makino machines are used in die- and mould making, tool industry, automotive and precision manufacturing.
The video can be seen on http://www.alicona.com/...
Toshihiko Tada, Application Technology Developing Group, Micro Machining Team at Makino about InfiniteFocus:
“InfiniteFocus is an essential system for various divisions at Makino. We are able to measure the very small and precise components manufactured by IQ300 in a high vertical resolution. We also measure the complete shape of cutting tools, which allows us to establish a correlation between the shape of cutting tools and the dimensional accuracy of machined parts. Currently, we undertake various measures to expand our services throughout InfiniteFocus. This includes Reverse Engineering, 3D Scanning and tool compensation.“
Measurement of surface roughness and surface finish with InfiniteFocus
InfiniteFocus is an optical 3D measurement system to measure surface roughness in combination with its form. Users achieve a vertical resolution of up to 10nm even at geometries with steep flanks and various reflection properties. Measurements include registered color information which is a valuable tool to verify coating and surface finish. Based on the technology of Focus-Variation, InfiniteFocus is worldwide commonly used for quality assurance in e.g. tool and mold making as well as micro precision manufacturing. The robust technology enables stable measurements in both research and production.
Makino is a leading supplier of advanced machine tools and offers a wide range of precision metal cutting and EDM production machinery, including horizontal and vertical machining centers. InfiniteFocus is mainly used in all quality assurance matters that are related to Makino´s micro precision machining center IQ300, used to produce miniaturized components with complex geometries. InfiniteFocus measures form including surface finish of the machined parts. Also, process optimization is performed. Makino machines are used in die- and mould making, tool industry, automotive and precision manufacturing.
The video can be seen on http://www.alicona.com/...
Toshihiko Tada, Application Technology Developing Group, Micro Machining Team at Makino about InfiniteFocus:
“InfiniteFocus is an essential system for various divisions at Makino. We are able to measure the very small and precise components manufactured by IQ300 in a high vertical resolution. We also measure the complete shape of cutting tools, which allows us to establish a correlation between the shape of cutting tools and the dimensional accuracy of machined parts. Currently, we undertake various measures to expand our services throughout InfiniteFocus. This includes Reverse Engineering, 3D Scanning and tool compensation.“
Measurement of surface roughness and surface finish with InfiniteFocus
InfiniteFocus is an optical 3D measurement system to measure surface roughness in combination with its form. Users achieve a vertical resolution of up to 10nm even at geometries with steep flanks and various reflection properties. Measurements include registered color information which is a valuable tool to verify coating and surface finish. Based on the technology of Focus-Variation, InfiniteFocus is worldwide commonly used for quality assurance in e.g. tool and mold making as well as micro precision manufacturing. The robust technology enables stable measurements in both research and production.
