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This listing is for our ShapeGrabber Ai620 showroom unit. Showroom systems have never been sold, have been used as a representative demonstrator, are evaluated and delivered at like-new conditions.

 

Contact us for an in-person or virtual demonstration of our ShapeGrabber Ai620 and to discuss discount pricing for this showroom unit.

 

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.

Ai620 is easy to use and highly automated. After an initial scan, the same scanning parameters may be used for subsequent parts, delivering consistent results irrespective of operator skill or experience. There is no need to write special code. ShapeGrabber Ai620 offers:

Faster Speed – When used at its maximum scan volume, the sg198 scanhead measures data at 155,000 points per second. For parts that do not require the full scan volume, the data rate increases to more than 1.5 million pts/s. Optional 25° tilt mechanism for faster, more complete part coverage without part reorientation.

Better Data Quality – The sg198 scanhead features an optical arrangement that draws on OGP’s 75+ years of experience designing optical systems for precision measurement. The sensor optics provide extremely low noise data that far outperforms other 3D scanning technologies.

Higher Resolution – The built-in 5MP imager delivers depth resolution and data densities for the most challenging applications. The combination of such high resolution in a relatively large volume makes the entire process of measuring complex shaped parts faster and easier

Wider Dynamic Range – ShapeGrabber scanheads offer high dynamic range, accurately measuring a wide variety of materials, colors, textures, and finishes without the need for surface treatments. The sg198 scanhead handles the full range – from matte black plastic, to bare metal, to grainy castings and 3D printed parts

ShapeGrabber Ai620
Precision Automated 3D Laser Scanner

Faster Speed
Utilizing the sg198 scanhead at its maximum scan volume achieves a data measurement rate of 155,000 points per second. For parts not necessitating the full scan volume, the data rate escalates to over 1.5 million points per second. Additionally, there's an optional 25° tilt mechanism facilitating swifter and more comprehensive part coverage without the need for part reorientation.

Enhanced Data Quality
The sg198 scanhead incorporates an optical arrangement derived from OGP’s 75+ years of expertise in designing optical systems for precision measurement. The sensor optics yield data with exceptionally low noise, surpassing the performance of other 3D scanning technologies and ensuring superior data quality.

ShapeGrabber_Tilt_GIF_OGP-Indicate-Technologies-ezgif.com-optimize
Increased Resolution
The incorporated 5MP imager provides depth resolution and data densities suitable for the most challenging applications. The amalgamation of such high resolution within a relatively large volume streamlines the entire process of measuring complex-shaped parts, making it faster and more straightforward.
Expanded Dynamic Range ShapeGrabber scanheads offer a high dynamic range, accurately measuring an extensive array of materials, colors, textures, and finishes without necessitating surface treatments. The sg198 scanhead effectively handles the full spectrum – from matte black plastic to bare metal, grainy castings, and 3D printed parts
Technical Specifications
Scanheads
Technical Specifications
Technical Data
MAX SCAN VOLUME (MM)
Standard
600 L x 185 Ø with SG198 Scanhead
SCANNING SPEED (PTS/S)
155,000 – 1,500,000+
Data Rate (PTS/S)
155,000 – 1,500,000+
Scanheads
ShapeGrabber Scanheads
SG198
OGP_ShapeGrabber_Scanheads_IndicateTechnologies
Laser line scanning, an advanced non-contact and non-destructive technology, employs a 3D optical sensor, also known as a scanhead, to digitally capture the size and shape of objects using a line of laser light. This method sets itself apart from other OGP laser scanning technologies, which utilize a laser point sensor traversing across a surface. While both techniques generate "point clouds" of data from an object's surface, laser line scanners accomplish this faster and typically with a higher point density.
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