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Since 1981, GKS has been committed to tackling the most challenging metrology problems. We are experienced in all aspects of the automobile and other industries. GKS can measure or scan everything from small, highly detailed parts to complete vehicles. We can even scan buildings, bridges, power plants and other large-scale objects. Learn more about the services we offer by clicking one of the links
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3D Laser Scanning
When time to market is the core of your competitiveness, GKS can handle your inspection, reverse engineering and large-scales scanning projects quickly. The assurance of knowing your part is created to its design intent will give you a competitive advantage only GKS Inspection Services and 3D laser scanning can offer. Let us help you simplify your project!
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Terrestrial Scanning
Terrestrial laser scanning is a ground-based technique for collecting high-density 3D geospatial data. GKS’ new LS-880 scanner is designed for very large-scale, complex 3D scanning, such as entire buildings, factories, rooms, landscapes, and other big structures and locations, both inside and out.
Using the highly accurate 3D survey scan data generated with terrestrial laser scanning, engineers and designers can create CAD models of actual site conditions by processing the scan data into universally useable CAD models.
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Dimensional Inspection
GKS Inspection Services has the expertise to solve your most demanding dimensional measurement and laser scanning problems including 3D inspection (vision, CMM, laser, optical comparator, etc.), digitizing, laser scanning, reverse engineering, calibration, certification and all other facets of manufacturing that have to do with 3D metrology.
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Laser Tracking Services
GKS Laser Tracking Service performs high precision, large volume, 3D spatial measurements with a high degree of accuracy and speed. Their ability to capture and interpret 3D shapes with respect to any chosen coordinate system, makes this exciting technology one you should consider.
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"Laser scanning easily reduces the time required for reverse engineering by more than 50%. The models that are produced with laser scanning are also more accurate because laser scanning generates so many more measurements."
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