Utilizing 3D data to safely shorten construction periods! From measurements that are difficult to assess the current situation to maintenance and renovation work.
The maintenance solution business utilizing 3D laser measurement employs three-dimensional measurement technologies such as laser scanners and laser trackers to meet a wide range of needs, from small machinery to entire factories. In particular, it enables quick measurement and data collection for equipment that is difficult to assess in high places or narrow spaces, as well as for equipment that requires documentation but lacks drawings. By utilizing 3D data in construction, it achieves reduced construction time and cost savings. 【Features】 ■ High-precision dimensions can be obtained on-site - Real-time measurement of positions and dimensions during repair work - Measurement at the micron level for tasks such as alignment and span measurement ■ Rapid 3D documentation of machinery and equipment without existing drawings or CAD diagrams ■ Measurement possible even in high places or narrow spaces where actual measurement is difficult ■ High-precision measurement on-site to identify the causes of equipment anomalies using 3D data *We are currently offering a case study collection as a gift! Demo measurements are also available. For more details, please contact us or download the PDF to learn more.
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**Main Measuring Instruments**… Possession of multiple laser trackers and laser scanners ■ Laser Scanner (Mid-range) Calculates distance based on the temporal shift (phase difference) between the emitted laser light and the reflected laser light ■ Laser Scanner (Small Parts) Emits laser light by either making contact with or approaching the measurement point to capture the shape ■ Laser Tracker Reflects the emitted laser light from the main unit onto a probe in contact with the measurement point, calculating distance based on the temporal shift for each measurement point ■ Handheld Scanner Emits infrared laser light to measure the shape of the target, calculating its position based on the shape of the target and markers *For more details, please refer to the PDF document or feel free to contact us.*
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**Main Uses** Alignment, parts inspection during the manufacturing process, final parts inspection and quality assurance, inspection using CAD data, machined parts, molded composite parts, welded parts, regular inspection of jigs, mold inspection, reverse engineering, assembly positioning and verification (for ships and aircraft wings), precise placement and leveling of machinery. *For more details, please refer to the PDF document or feel free to contact us.*
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Company information
JFE Plant Engineering is a comprehensive engineering company specializing in machinery and electrical control. We engage in the development, design, manufacturing, construction, and maintenance of mechanical equipment and electrical control systems for plants and various buildings. Established in April 2016 through the merger of JFE Mechanical Corporation and JFE Electric Control Corporation, our company aims to leverage the technology and achievements we have cultivated in the steelmaking sector and various other industries, demonstrating our comprehensive capabilities in machinery and electricity. We will not remain complacent but will strive to reach new heights and challenge new worlds.
