-40%
Revopoint 5.0mm Reference Point 3D Scanning 500pcs Diffuse Reflection Markers
$ 8.92
- Description
- Size Guide
Description
Product details:Marker is beneficial when you want to scan a smooth object, like a cup, a car, or anything with a smooth surface.
The inner diameter is 5.0 mm, the outer diameter is 10.0 mm, with 50 single point markers on each sheet.
Round, on the adhesive foil as a tear-off pad, easy to use.
Attaching markers to the object and giving the software a "constant feature" to track and ensures the highest Accuracy.
Reference point markers will not lose alignment during scanning, and that you receive high-quality data.
How to pick out which size is best fit your for 3D scanning ?
The size of the reference point markers depends on which 3D scanner and measuring volume is used for measuring your objects,Basically to say: the larger the item, the bigger the points have to be applied.
How about select the point markers when 3D scanning
There are many reference point markers in different sizes and with different adhesiveness.but medium reference point marker 5mm in and 10mm out are the most commonly used and are suitable for parts without special needs.
How to use?
Two methods of sticking marking points on 3D scanner :
1. Paste on the surface of the object: The object can move freely, but the disadvantage is that the part of the object covered by the mark cannot be collected.
2. Stick around the object: it will not affect the collected data, but the distance between the measured object and the surrounding marked points cannot be changed during the scanning process.
Specifications:
Reference Points 5mm, 500 points - Markers - 3D Scanning.
Reference point markers Specification.
Inner diameter: 5.0 mm.
Outer diameter: 10.0 mm.
50 single point markers each sheet, total 10sheets.
Markers for 3D scanning
It helps our scanners locate even the smoothest spots to ensure everything is scanned in place.
Marker is very helpful when you want to scan a smooth object, like a cup, a car, or anything with a smooth surface.