3D Measurement Products

As the exclusive distributor for GOM Optical Metrology Systems in Australia and New Zealeand, Scan-Xpress can offer you access to recognised world leading 3D Measurement technology. Our solutions vary from the ATOS series of industrial non-contact structured blue light 3D scanners, the photogrammetry and optical 3D coordinate measuring machine TRITOP and the precise optically tracked ATOS touch probe.

The ATOS series of industrial non-contact structured blue light 3D scanners provide precision scans with detailed resolution at high speeds. ATOS is engineered with advanced hardware and intelligent software for repeatable accurate measurements with flexibility and process reliability.

The ATOS Capsule is an optical precision measuring machine (OPMM) for full-field 3D scanning of part geometries for dimensional inspection and reverse engineering applications. The fringe projection system of the ATOS series is used for quality assurance of small to medium-sized parts and excels by its high precision for fine details. ATOS Capsule is utilised for first article inspection of gears, turbine blades and wheels as well as medical parts.

The ATOS Triple Scan is an optical non-contact 3D scanner that is able to measure millions of points upon a part surface using structured blue light. The system operates using advanced projection patterns and calculations in order to produce accurate and precise measurement data for inspection and geometrical analysis. Measurements of shiny surfaces and complex object geometry are both possible with the functionality of the ATOS Triple Scan.

Automated measurement offers greatly increased speed, efficiency, accuracy and repeatability when it comes to industrial standard inspection processes. The ATOS Scanbox combines an ATOS sensor alongside a multi-axis robotic arm to complete an inspection workflow via software dictated measurement positions. The accuracy of optical measuring machines is not due to expensive and high-maintenance precision mechanics, but is rather based on state-of-the-art optoelectronics, precise image processing and mathematic algorithms.

The ATOS Compact Scan provides accurate scans with detailed versatile resolution at high speeds.  This modern 3D scanner is engineered with high-quality components and ensures ultimate adaptability for various applications, part sizes, and environments, (especially in narrow and confined areas). The lightweight, compact construction opens up new application areas and ensures ultimate adaptability for 3D measuring of components such as cast and injection molded parts, forms and models, interiors, prototypes, design models, and many others.

Truly a mini sized powerhouse setting a new price/performance milestone in the marketplace.  It fuses the advanced structured blue light 3D scanning techniques and intelligent software into a sleek and affordable solution for inspection, rapid prototyping and reverse engineering applications. Functionality and features, such as parametric inspection, touch-probe, photogrammetry and automation can be easily added and customised as project requirements progress.

TRITOP is a portable hand-held digital photogrammetry system that performs fast and accurate 3D coordinate measurements as well as deformation analysis. Measuring tasks that traditionally were performed by tactile 3D coordinate measuring machines can now easily be carried out with the TRITOP system. It does not require any complex, heavy and maintenance-intensive hardware. The measuring machine comes to the object.  TRITOP can be used as a standalone photogrammetry system for inspection and deformation analysis, or it can be used in conjunction with ATOS to help maintain accuracy over very large areas.

The touch probe is a metrology add on to the ATOS measurement systems that provides precise 3D co-ordinate points for difficult to access areas, hidden cavities and discreet points. The probe consists of a calibrated set of point markers that are optically tracked by ATOS 3D measurement digitizers, describing an object’s surface precisely with online 3D co-ordinates of the touch probe.