The First Modular 3D Laser Scanner Unveiled

iQvolution, a leading manufacturer of 3D laser scanners for managing existing conditions and analysis, launch the first Modular 3D Laser Scanner at the SPAR 2004.

The SPAR 2004 Conference was the first of its kind, dedicating the entire conference to Best Practices for Capturing and Managing Existing Conditions Data through Laser Scanning technologies.

According to the conference, no scanner in the market has provided the ability to handle all three segments.

Thus, service providers and end users with a need for this diversity had to purchase multiple laser scanners.

With the announcement of the iQsun 800 Modular Laser Scanner this is no longer true.

The iQSun 880 is the first 3D Laser Scanner to incorporate a modular design.

The scanner incorporates a base platform and is divided into four modules: the base module, the distance sensor, the mirror axis, and an internal PC.

All modules are designed to be interchangeable.

Customers will be able to select the optimum distance sensor for each of their specific applications and upgrade to new and improved modules instead of having to purchase a whole new scanner.

iQSun offers a lifetime upgrade path to keep the scanner up to date.

Thomas Satterley, VP North American Operations of iQvolution Philadelphia USA, comments: 3D Laser scanning is becoming the preferred tool for capturing existing conditions data and is becoming a must for 3D-reality analysis.

With the introduction of the iQsun 880 Modular Laser Scanner, we believe iQvolution is positioned to offer the greatest versatility for our customers, allowing outstanding performance for very reasonable cost.

The acceptance of the modular concept was overwhelming at the SPAR 2004 Conference, thus confirming our new business strategy.

iQvolution, in collaboration with iQSun, provides fast and accurate 3D As-Built-Capturing Systems for factories, buildings and other enclosed spaces.

3D laser scanning technology automates the as-built recording process by providing highly efficient and accurate 3D point cloud digital data of enclosed spaces.

The resulting data can be used in major CAD systems for analysis.

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