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AESUB white
- Permanent state-of-the-art scanning spray
- Free of titanium dioxide nano particles (TiO2)
- Thin and homogenous coating
- Developed and approved by scanning experts
AESUB white is a permanent scanning spray developed by scanning experts. It is the result of consistent further development of permanent scanning sprays. The spray applies a homogeneous, thin matting layer onto the surface of the object. It is developed for optimal contrast values in optical scanning applications. AESUB white contains pigments, propellant and solvent and has been optimized with regards to material compatibility. AESUB white sets new standards by optimizing the surface’s homogeneity and reducing layer thickness. Unlike traditional sprays, AESUB white is free of titanium dioxide, associated with cancerogenic incidents through inhalation by the European Chemicals Agency.
How to apply AESUB white?
Shake
Shake well until loud noise.
Spray
Apply AESUB white from 15-20 cm away. Spray over the entire surface that you will be scanning. Gently push down the spray button and move the can across the area using even, back and forth strokes. Move at a consistent pace without pausing at one point to achieve an even coat. Once the coat is applied, you can scan the object in usual manner.
Make sure not to spray next to your sensors and sensible equipment, as AESUB white is a permanent scanning spray containing pigments that will contaminate the nearby environment.
Scan
Scan can be started as soon as you have a stable and white coating.
Scan object in usual manner.
Done
AESUB white is a permanent scanning spray. Coated parts need to be cleaned or disposed after scanning. AESUB white was developed to allow easy cleaning. Utilize a soft brush in combination with water and a towel to clean coated parts.
APPLICATION
Even with state-of-the-art scanners, it is necessary to apply matting spray in several application cases:
Transparent parts
As we are dealing with optical technologies, light needs to be reflected off the surface back into the sensor of the scanner. In case of a transparent surface, however, the light will go through the surface instead of being reflected by the same. In consequence, the scanner is not able to capture the surface structure.
Reflective parts
In case of reflective parts, such as a mirror, the light beams will be reflected in a focused way instead of in a diffused way. This means that the chance of a beam hitting the reflector of the scanner is greatly reduced and the scanner will only capture a fraction of the reflected light beams.
Deep Pocket
When the object to be scanned has deep pockets, the scanner receives a reflection from the walls of the pocket onto the bottom. This causes disturbance in the pattern of the light manifesting in the scan as “artifacts” or bad data.
High quality and accuracy
When quality and accuracy are important, AESUB aides in scanning by controlling for as many visual quality differences as possible, such as colour, reflection, texture, etc. The use of spray creates a matte, white coat reducing reflection and other inhomogeneities and thus provides ideal scanning conditions.
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