Join us as we delve into the various laser modes on the new Free Scan Combo from Shining 3D. This Metrology-grade scanner boasts impressive features, including .02mm accuracy and .05mm point distance. Learn more about its capabilities and applications in this detailed overview.
Key Features of the Free Scan Combo
The Free Scan Combo is one of the best scanners, offering Metrology-grade precision with .02mm accuracy and a remarkable .05mm point distance. These specifications ensure high-resolution and detailed scans. Visit VisionMiner.com/scanners to explore more and check for availability.
Laser Modes Overview
Let’s dive into the software and explore the laser modes. The two primary modes are Laser Scan and IR Mode:
- Laser Scan: Ideal for detailed scans, especially for inanimate objects. Requires markers for precise tracking.
- IR Mode: Suited for scanning people or large objects with features. Utilizes features, geometry, and asymmetry for tracking without markers.
Using Laser Scan Mode
In Laser Scan mode, the presenter demonstrates the calibration process and explains the importance of markers for accurate tracking. The software allows for different resolutions, with .05mm being a notable option. The presenter emphasizes the trade-off between resolution and scanning speed.
Adjusting Settings
The presenter explores various settings such as the number of laser lines (26, 7, or single), brightness, and exposure. He explains how these settings impact the scanning process, especially in capturing details, dealing with reflective objects, and adjusting to different lighting conditions.
Single Laser Line Mode
The Single Laser Line mode is showcased for efficiently capturing broad areas. The presenter explains its advantages, especially in scenarios where a quick overview is needed. The mode is likened to a classic paper scanner for its ability to cover large areas rapidly.
Seven Laser Lines Mode
The presenter briefly introduces the Seven Laser Lines mode, emphasizing its suitability for high-detail scanning. However, he notes the need for closer proximity due to the increased focus on capturing intricate details. The mode is explained as advantageous for specific applications.
Data Examination and Optimization
The presenter demonstrates how to examine and optimize the gathered scan data in real-time. The importance of reviewing and refining the scan during the process is highlighted. He also provides insights into handling challenging areas, such as deep holes, using different scanning orientations.
Post-Processing and Alignment
Post-processing steps, including mesh doctoring, mesh refinement, and data alignment, are explained. The presenter discusses the significance of these steps in preparing the scan data for further use in CAD programs. The importance of CPU and RAM in data processing is emphasized.
Introduction to Geomagic Essentials
For users aiming for reverse engineering or design applications, the presenter introduces Geomagic Essentials. This software bridges the gap between scan data and CAD programs, offering tools for feature creation, measurement, and data optimization.