OGP ShapeGrabber

AUTOMATED 3D SCANNING SYSTEMS

ShapeGrabber 3D Laser Scanning systems deliver fast, accurate and automated 3D measurement. The ShapeGrabber is ideal for measuring complex shapes such as molded plastics, castings, stampings, and machined parts and that are time-consuming, costly, and difficult to measure. Using multiple motion axes, ShapeGrabber laser scanners eliminate the need for software alignment and registration and ensure fast, accurate results.

ShapeGrabber automated scanners are well suited for situations in which speed and ease of use are important. These systems scan parts in a wide variety of materials, colors, and finishes and excel in rapid prototyping, manufacturing, quality control, and reverse engineering applications.

All ShapeGrabber 3D Laser Scanning systems share the ability to produce detailed surface characterizations of complex parts, quickly, and accurately. They are all easily programmed for repetitive part measurements, with no need for software alignment and registration. All ShapeGrabber systems collect accurate, high density point data, and provide reports of results, including GD&T.

ShapeGrabber systems are available in three models to match part size and configuration.

Additional Models & Software

ShapeGrabber Ai320 is an automatic, compact 3D scanner designed to serve a wide variety of parts in minutes with a high density of data points

ShapeGrabber Ai620 3D scanner is a precision, metrology-class 3D scanner. Ai620 measures the complete surface of complex shaped plastic, metal, and 3D printed parts in minutes with a high density of data points.

Shapegrabber Ai820 is a floor model 3D scanner designed to serve a wide variety of parts in minutes with a high density of data points.

SHAPEGRABBER SCANHEADS-EXCEPTIONAL SPEED, ACCURACY, RESOLUTION AND DYNAMIC RANGE

Laser line scanning is a non-contact, non-destructive technology that uses a 3D optical sensor (also called a scanhead) to digitally capture the size and shape of objects using a line of laser light. This is quite different from other OGP laser scanning technologies which use a laser point sensor that is traversed across a surface. Both techniques create “point clouds” of data from the surface of an object, but laser line scanners do so much faster and typically with a higher point density.

Traditional laser scanning with a point sensor moving across a surface acquires data over the period of time it takes to complete the scan. With a laser line scanner, however, coordinate point data from the entire line is processed simultaneously. When objects larger than the field-of-view of the scanhead are presented, multiple line scans in sequence are by necessity merged together.

All ShapeGrabber 3D scanners are sold as complete systems that include the appropriate scanhead for measurement needs.