Fule high-precision 3D laser scanner

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Introduction to Scanner

Fule high-precision 3D laser scanner3D measurement of geometric shapes for components, used in various industries such as automobiles, subways, airplanes, submarines, buildings, industrial plants, stone arch bridges/overpasses, historical relics, etc. for multidimensional measurement, deformation measurement, reverse engineering research, quality control, etc.

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Image measurement range

from0.2 to 250m

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data collection

per second1.2 million data points collected

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3D software

Control system,3D digital visualization, remote control, automatic data mapping, reverse engineering models, and other optional features

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test accuracy

<0.15 at 1.5m， <0.25 at 1.5m

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The interior of automobiles3D scanning

steamThe interior of the car can beWithin 5 minutes*3Ddigitization. Due to the large working area,All visible surface points within a distance of 0.2m to 2.5m. Expand the image 360 °.

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Scanning of turbine casing

To checkThe dimensional accuracy of the CAD model is to record the relevant areas inside and outside the half shell of the low-pressure steam turbine as completely as possible. In approximately 1.5 hours of measurement, sufficient coverage was obtained through 7 scans

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Deformation measurement of stone arch bridge and elevated bridge

Comparing the deformation of stone arch bridges measured by scanning under unloaded and loaded conditionsmeasurement

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Scanning of buildings and streets

Mobile laser scanners can digitize large areas in a short amount of time. Real time referencing of scanned data during collection period

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Vehicle integrity testing

vehicleThe integrity check of the attachment is performed using a superphase detector. Only a few scans are needed, without the need for surface treatment beforehand, to achieve an internal inspection of approximately within an hour20m longcarDigitalization of luminescent stainless steel

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External wall flatness test

Due to its high measurement accuracy, superphase sensors are highly suitable forDIN 18202 checks flatness tolerance. The measured noise ranges from 0.2mm (0.9mm) to 30m (160m). Displayed the color coding deviation of the subsequently insulated exterior facade (width=8m) to the optimal matching level

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Subway inspection

rightScan the underside of subway trains to search for inventory and damage records，use3D scannerScanning time fromReduce 2 days (using stripe projection scanner) to a few hours. Due to higher data quality, the post-processing time has been reduced from 5-6 days to 1 day. Due to the large measurement range and the ability to measure in narrow cavities, only a few scans are needed to achieve higher surface coverage

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Key Reminder

For more technical selection and application reference technical specifications of related scanners, please contact FuleFULETEST。

Remarks: FuleThe information belonging to FULETEST company is strictly prohibited from being copied without authorization.