Nikon’s MCT225 brings CT clarity to Tamron’s lens analysis Nikon’s X-ray computed tomography (CT) technology has enabled digital camera lens brand heavyweight Tamron to gain unprecedented insights into the intricacies of their industry-leading components. Japan-based Tamron faced challenges in accurately analysing the deformation of plastic moulded lens components. Nikon’s MCT225 device solved this by allowing the company to create 3D models from CT scans, which can be directly compared to CAD models and analysis results using VGSTUDIO MAX software. This brought in a wave of benefits, eliminated the need for aligning multiple measurement points, and enabled the observation of fibre orientation in Tamron’s fibre-reinforced plastics, a crucial development that improved analysis accuracy. CT image of an interchangeable lens produced by Tamron. Even after completion, the interior can be evaluated without contact. Headquartered in Saitama City, Tamron has continuously pursued advanced optical technology, combining creativity and technical strength to develop and provide high-quality products trusted by users worldwide. Tamron has a history of over seven decades. It was established in 1950 under the name Taisei Optical Equipment Manufacturing and initially provided technology for polishing lenses for cameras and binoculars. As their expertise grew, Tamron ventured into manufacturing interchangeable lenses for SLR cameras. In 1958, they registered their trademark brand, and in 1970, the company officially changed its name to Tamron. Nikon’s MCT225 at Tamron headquarters. Two units are currently in operation. Over the years, Tamron evolved into a comprehensive optical equipment manufacturer, operating a globally integrated business structure encompassing research and development, planning,...
Published By: Nikonrumors - Sunday, 14 July