Precision in the palm of your hand – The 3D scanner for all applications

GOM Scan 1

Q: Welche Verfahren nutzt der GOM Scan 1, um präzise 3D-Daten zu erfassen?

Hochpräzise 3D-Daten werden vom GOM Scan 1 mithilfe der Blue Light Technology und des Stereokameraprinzips gesammelt.

Q: In welchem Volumen kann der GOM Scan 1 verwendet werden und welche Dimensionen von Bauteilen lassen sich damit messen?

Es gibt drei verschiedene Messvolumen für den GOM Scan 1: 100 mm, 200 mm und 400 mm. Das ermöglicht eine genaue Messung von kleinen bis mittelgroßen Bauteilen.

Q: Welche Bearbeitungsmöglichkeiten bietet die GOM Inspect Suite Software?

<a href="https://www.westcam-group.com/wp-admin/post.php?post=4293&action=edit#was-ist-der-unterschied-zwischen-autocad-und-autocad-lt"></a>Funktionen zum Glätten, Ausdünnen und Verfeinern von Polygonnetzen, zum Schließen von Löchern und zur Extrahierung von Krümmungslinien sind in der vorinstallierten GOM Inspect Suite Software vorhanden. Die intelligente Polygonisierung, die detailgetreue Netze erzeugt und ihren Umgang erleichtert, wird ebenfalls von ihr unterstützt.

3D Metrology more flexible and mobile than ever before.

The GOM Scan 1 from ZEISS is your key to precise 3DMetrology. This compact and user-friendly 3D scanner offers you the highest accuracy and flexibility for a wide range of applications – from industrial manufacturing to quality control and research.

Experience the future of Metrology with GOM Scan 1 and discover new possibilities for digitalization and analysis.

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Highlights

Compact, precise, powerful
Select measuring volume individually
Intelligent network processing

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Compact, precise, powerful

The GOM Scan 1 is characterized by its performance, remarkable ease of use and exceptional precision. Despite its compact design, this scanner is equipped with the latest technology.

It uses ZEISS Blue Light Technology and the stereo camera principle from GOM to provide high-precision 3D data. Due to its lightweight design, the GOM Scan 1 is particularly suitable for fast and uncomplicated measurements of small components.

Select measuring volume individually

The solutions for different applications are different: There are three different measuring volumes of the GOM Scan 1.

You can always perform high-precision measurements for small to medium-sized components, regardless of whether you choose the 100, 200 or 400 mm measuring field.

Intelligent network processing

You can smooth, thin and refine polygon meshes using the pre-installed GOM Inspect Suite. You also have the option of closing holes in the mesh and removing curvature lines.

High-precision meshes that are generated can be saved in different formats. Intelligent polygonization is at the heart of the system. It generates a highly detailed mesh and at the same time ensures uncomplicated handling of the mesh file.

Frequently asked questions (FAQs)

Welche Verfahren nutzt der GOM Scan 1, um präzise 3D-Daten zu erfassen?

High-precision 3D data is collected by GOM Scan 1 using Blue Light Technology and the stereo camera principle.

In welchem Volumen kann der GOM Scan 1 verwendet werden und welche Dimensionen von Bauteilen lassen sich damit messen?

There are three different measuring volumes for the GOM Scan 1: 100 mm, 200 mm and 400 mm. This enables accurate measurement of small to medium-sized components.

Welche Bearbeitungsmöglichkeiten bietet die GOM Inspect Suite Software?

Functions for smoothing, thinning and refining polygon meshes, closing holes and extracting curvature lines are available in the pre-installed GOM Inspect Suite software. Intelligent polygonization, which generates detailed meshes and makes them easier to handle, is also supported.