
- Stock: In Stock
- Model: AESUBdots Confetti
AESUBdots Confetti Magnetic Markers for 3D Scanners
Magnetic double-sided AESUBdots Confetti markers for 3D scanners will help when scanning metal surfaces with difficult access. They are designed specifically for laser 3D scanners. The markers will ensure more precise positioning and, consequently, the quality of the digital 3D model.
Advantages of AESUBdots Confetti
Markers save time and increase the efficiency of 3D scanning. The use of metal coin-dots adds an element of convenience to the workflow. Each dot has control elements on both sides. This makes them ideal for scanning hard-to-reach places, such as car interiors.
Ease of Use of Magnetic Markers
Simply place the markers on the desired surface. They will be arranged randomly. This arrangement increases scanning accuracy. After scanning is complete, the markers are easy to collect. Use a magnet for this. Cleaning the surface takes a matter of seconds.
Versatility and Accessibility of AESUB Magnetic Markers
AESUB Confetti simplifies the scanning process. They also add an element of ease to your work. Markers are available in two sizes. You can purchase reflective dots with a diameter of 3 mm or 6 mm.

Characteristics of AESUBdots Confetti:
- Type: magnetic markers for 3D scanners
- Purpose: reflective reference targets for laser scanners
- Reusable: yes
- Removal: quick and easy with a magnet
- Application: ideal for complex areas (e.g., car interiors)
- Features: control points on both sides
- Available diameters: 3 mm, 6 mm
Areas of Application for Markers in 3D Scanning
Markers play a key role in the 3D scanning process. They significantly increase the accuracy and efficiency of data collection on physical objects. The variety of marker types allows them to be used in various fields.
Control Points for Increased 3D Scanning Accuracy
One of the main uses of markers is to create a network of control points on the object's surface. 3D scanners record the position of these markers in space. Special software uses this data for precise alignment of individual scans into a single three-dimensional model. This is especially important when scanning complex or large objects. Without markers, the process of stitching individual scans can be difficult or lead to errors.
Facilitating the Scanning of Complex Surfaces
Markers are indispensable when working with objects that have smooth, shiny, or transparent surfaces. Such surfaces reflect light poorly, which can create problems for optical 3D scanners. Applying matte or reflective marks to them provides the scanner with clear reference points. This allows for obtaining high-quality data even in difficult conditions.
Applications in Various Industries
- Cultural Heritage: 3D scanning with markers allows for the creation of digital copies of historical artifacts, sculptures, and buildings. This is important for preserving cultural heritage and conducting virtual exhibitions.
- Medicine: In medicine, markers are used for scanning body parts during prosthetics, orthopedics, and plastic surgery. High scanning accuracy ensures the creation of individual medical devices.
- Automotive Industry: Markers are used for scanning car bodies, interior parts, and engines. This is necessary for quality control, reverse engineering, and the creation of digital models.
- Aerospace Industry: In this industry, accuracy is paramount. Markers are used for scanning aircraft and helicopter parts, controlling their geometry, and detecting defects.
- Architecture and Construction: Markers help with scanning buildings, structures, and landscapes. The resulting 3D models are used for design, reconstruction, and monitoring the condition of objects.
- Forensics: Markers are used to fix the position of evidence at a crime scene. 3D scans help recreate the scene and preserve important details for the investigation.
Thus, markers are a universal tool that finds wide application in various fields where highly accurate 3D scanning is required. They ensure the reliability and quality of the obtained three-dimensional models.
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| Light source | Laser |
| Diameter (mm) | 3 mm; 6 mm |
| Manufacturer country | Germany |





