Daniel Williams, from the Future Industries Institute at UniSA, brought the institute’s 3-D scanning equipment to Spark, and over the course of several days, scanned our cast aluminium frames that are used in several Spark ranges.

The process involves a handheld 3-D scanner which projects a grid-like pattern onto the object, like a woven blanket laid over a three dimensional form. The scanner maps the way the grid distorts across the surfaces of the object, and the resulting information forms a point cloud which is processed into a three-dimensional image. An Industry 4.0 Testlab Technician, Daniel provided Spark with the highly accurate 3-D mesh models generated from the scans, enabling Spark to create both 2-D and 3-D models of the scanned furniture ranges.

SPARK ranges that have cast frames are the

Daniel Williams, from UniSA’s Future Industries Institute, brought the institute’s 3-D scanning equipment to Spark and, over the course of several days, scanned the cast aluminium frames used in several Spark ranges.

The process involves a handheld 3-D scanner which projects a grid-like pattern onto the object, like a woven blanket laid over a three-dimensional form. The scanner maps the way the grid distorts across the surfaces of the object, and the resulting information forms a point cloud which is processed into a three-dimensional image.

An Industry 4.0 Testlab Technician, Daniel provided Spark with the highly accurate 3-D mesh models generated from the scans, enabling Spark to create both 2-D and 3-D models of cast-frame furniture ranges.

SPARK furniture ranges that have cast frames are the Quayside, Forum, Grindle, Senate, Precinct, Heritage Ballarat, and Esplanade.