3D Scanners With Blue Light Technology
ATOS is metrology tested, aerospace certified accurate, and widely recognized as the preferred measuring tool.
The ATOS series of high quality industrial structured blue light 3D scanners provide precision scans with detailed resolution at high speeds. ATOS is a type of a coordinate measuring machine CMM that utilizes optical non-contact technology to capture millions of accurate points in a single fast scan. There are different names for this technology, such as, an optical measuring machine, optical 3D scanner, white light 3D scanner, blue light laser scanner, non-contact 3D scanner, etc. ATOS is engineered with advanced hardware and intelligent software for repeatable accurate measurements with flexibility and process reliability. The ATOS generation of 3D scanners is the most innovative optical measuring system for 3D coordinate measurement on the market. It is widely utilized in various industries, and can measure different object sizes, surface finishes, and shape complexities.
The science behind the technology.
In simplest terms, based on the principles of triangulation, the projector projects a fringe pattern across the part’s surface and as the patterns rapidly shift during each scan, the two cameras capture the displacement to calculate the 3D coordinate measurements. In a comparison to a traditional coordinate measuring machine (CMM), which takes a single measurement at each programmed point where the probe contacts the surface of the part, or a 3D laser scanner that gathers measurement in strips or lines of data, ATOS is an optical non-contact measuring system that captures full-field scans of a volumetric area collecting millions of points per scan. ATOS setup is minimal and each measurement can take less than 1 second. It does not require specialized programming skills or highly accurate fixtures. ATOS discovers discreet problematic areas that would have been undetected by traditional measurement methods by quickly scanning the entire object (part, mold, tool, die, etc.) in an accurate and dense point cloud. This digital 3D blue print of the object’s geometry is then compared to CAD with a 3D inspection color map displaying a spectrum of colors that signify areas in and/or out of tolerance. As the saying goes, “A picture is worth 1,000 words.” The 3D color map takes the uncertainty away so the optimal corrective action can be applied eliminating iterations and saving an enormous amount of costs and time that were once being spent on rework.
- Highly accurate traceable 3D measurements
- Detailed high resolution scans
- Quick data collection
- Advanced parametric inspection functionality
- Complete metrology solution for dimensional analysis (GD&T, trend analysis, industry specific inspection functionality, and much more…)
- Comprehensive reporting
Out of 51 entries, Capture 3D was awarded the winner of the GE Aviation High Accuracy, High Throughput Inspection Technologies Challenge: “3 minutes or less with accuracy of 10 microns and repeatability of 5 microns.”
The ATOS Triple Scan non-contact structured blue light 3D scanner is a type of coordinate measuring machine that measures millions of points per single scan/measurement. It uses advanced measuring and projection techniques to produce high quality data and precision accuracy for full-object dimensional analysis. The ATOS Triple Scan can measure shiny surfaces as well as complex components with deep pockets or fine edges (i.e. airfoils, turbine blades, etc). The Triple Scan functionality reduces the number of individual scans required resulting in faster measurement times with high detailed feature capture for various part sizes, surfaces, finishes, and geometries, regardless of environmental lighting conditions.
The ATOS Capsule is an optical precision measuring machine (OPMM) for full-field 3D scanning of part geometries for dimensional inspection and/or 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. For example, ATOS Capsule is utilized for first article inspection of gears, turbine blades and wheels as well as medical parts.
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). It is a type of coordinate measuring machine (CMM) that utilizes non-contact structured blue light technology to capture millions of precise points in a single scan. 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. The ATOS Core is a type of coordinate measuring machine CMM that utilizes non-contact optical technology to measure millions of accurate points per quick scan. 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/or automation can be easily added and customized as project requirements progress.
The ATOS Plus intuitively integrates photogrammetry with the ATOS Triple Scan or ATOS Core 3D scanner to further advance automation, dimensional inspection analysis, verification, and process safety with a touch of a button. This dynamic combination enhances measurement accuracy, repeatability, and eliminates the need for costly precise fixtures.
The GOM Touch Probe is an ATOS add-on option that enables 3D discrete point measurements in conjunction with ATOS full-field measurements for direct comparison to CAD for difficult to access areas, hidden cavities, discreet points and primitives. Touch probe data can also be utilized for online data alignment. For non-standard applications, customized probe tips and adapters are available