![]() ![]() In comparison, phase-based measurement in which the laser pulses faster is better suited for close-range measurements but can produce a higher amount of data noise with false returns from surface edges and reflections. When your scanning needs are largely mid-range distances, beginning at a meter up to a kilometer, choosing a scanner with TOF measurement will give you the best high-definition scans with less data noise and a high degree of accuracy. 7 Capabilities to Prioritize in a 3D Laser Scanner 1. A 3D scanner that’s easily used by team members with no specialized training required will provide the most versatility and pay for itself many times over.īeyond these basic requirements, there are several other features to look for to ensure you’re getting the best scanner for your needs. When it comes to scanners for AEC professionals, a mid-range, self-calibrating scanner that’s easy to learn and implement and requires minimal maintenance is often the better choice. For example, many scanning solutions are quite robust-and complicated to use-because they were built for long-range or geospatial capabilities. Want to learn more about choosing a 3D scanner? Read the buyer’s guide to make a smart decision.īut evaluating the different scanners on the market can feel overwhelming.
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