Metrology-Grade 3D Scanning Perfect for measuring intricate shapes in a range of colors and finishes. Excels in applications like rapid prototyping, manufacturing, quality control, and reverse engineering.
User-Friendly Operation
Initiate scans with a single click, ensuring consistent measurement results by any operator. Scanning parameters are easily selected and saved, eliminating the need for writing special code.
User-Friendly Operation
Initiate scans with a single click, ensuring consistent measurement results by any operator. Scanning parameters are easily selected and saved, eliminating the need for writing special code.
Precision and High Data Density
The SG108 scanhead vertically moves on a high-precision motion assembly, capable of obtaining over 1,500,000 points per second for accurate and densely populated point data
The SG108 scanhead vertically moves on a high-precision motion assembly, capable of obtaining over 1,500,000 points per second for accurate and densely populated point data
Technical Specifications
Technical Data
Scanheads
Software
Max Scan Volume (MM)
Standard
300 L x 100 Ø
Optional
300 L x 190 Ø with SG156 Scanhead
Data Rate (PTS/S)
40,000 – 350,000+
SCANNING SPEED (PTS/S)
155,000 – 1,500,000+
Standard
300 L x 100 Ø
Optional
300 L x 190 Ø with SG156 Scanhead
Data Rate (PTS/S)
40,000 – 350,000+
SCANNING SPEED (PTS/S)
155,000 – 1,500,000+
ShapeGrabber Scanheads
SG156
SG46 (Optional)
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.
SG156
SG46 (Optional)
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.
SGCentral ShapeGrabber Software
SGCentral is an intuitive application that empowers users to customize scan settings, speed, and resolution for ShapeGrabber scanning systems. This feature-rich application is bundled with every ShapeGrabber 3D scanner.
SGCentral is an intuitive application that empowers users to customize scan settings, speed, and resolution for ShapeGrabber scanning systems. This feature-rich application is bundled with every ShapeGrabber 3D scanner.
