Standard adhesive dots 1.5 mm black/white suitable for structured light scanners 10,000 pieces

Precise micro-markers for optical 3D scanners, fine structures and detail-oriented measurement processes

These standard 1.5 mm diameter adhesive points are specifically designed for optical 3D measuring systems and structured light scanners that require a clearly recognizable yet compact reference marker for detail-oriented measurement tasks.
The black/white contrast surface ensures stable optical detection and enables precise object registration, even with complex geometries or fine detail areas.

Thanks to their self-adhesive backing, these dots are perfect for smooth and delicate surfaces, leaving no residue. Their size makes them ideal for precision mechanical components , sensors , plastic components , electronic housings , and technical prototypes where a medium marking size is optimal.

With 10,000 pieces, the adhesive points are ideally suited for serial measurements, large measurement grids or continuous quality control processes.

Product features

1.5 mm diameter

Compact marker for finer components, but slightly larger than classic micromarkers (0.5–1 mm).
Ideal for medium detail areas and tighter structures, without obscuring the contour.

Black/white contrast

Ensures clear, unambiguous detection through structured light-based measurement systems and visual tracking algorithms.

Self-adhesive backing

Easy to apply, holds securely and can be removed completely without leaving any residue.
Perfect for frequently changing measurement objects.

Compatible with optical 3D measurement systems

Suitable for:

• Structured light scanner

• Striped light scanner

• Optical recording systems

• Precision measuring systems in R&D and QA

• High-resolution 3D micro-scanners

Bulk pack: 10,000 pieces

Ideal for large-scale projects, laboratory series, quality control and production environments.

Application areas

1. Smaller assemblies & precision mechanical parts

Perfect for gears, brackets, plastic parts, electronic components and miniature technical components.

2. Detailed optical measurements

Ideal for objects where 3mm or 6mm markers would be too large, but micromarkers would be too small or difficult to see.

3. Laboratory and research environments

Popular with engineering firms, universities, testing laboratories and development teams.

4. Serial measurements in quality assurance processes

Ideal for testing procedures that require many markers.

5. Object registration at medium level of detail

Ensures stable detection of complexly shaped components or structured surfaces.

Advantages of the 1.5 mm black/white adhesive dots

Precise marking size

Ideal for components that are too small for standard dots but too large for micro dots.

Stable optical detection

The black/white contrast ensures high detection quality for optical algorithms.

Surface friendly

Self-adhesive, residue-free, suitable for sensitive or coated surfaces.

Efficient for serial applications

With 10,000 pieces, it's ideal for projects with high marker requirements.

Flexible application

Its medium size makes it universally suitable for many types of components and geometries.

Technical data

FAQ – Frequently Asked Questions

For which components are 1.5 mm markers optimal?

For precision mechanical components, smaller plastic or electronic components and objects with medium detail.

Are they detected by all structured light scanners?

Yes, the markers are specifically designed for optical systems with angle and pattern recognition.

Do the points leave a deficit?

No, they are gentle on surfaces and can be removed without leaving any residue.

What is the difference between 1.5 mm, 0.8 mm, and 3 mm?

0.8 mm for micro details,
1.5 mm for medium accuracy,
3 mm for larger components and standard tasks.

Summary

• 1.5 mm is ideal for precision mechanical components and medium detail sizes.

• Strong optical recognition through black/white contrast

• self-adhesive and residue-free

• 10,000 units for serial measurements and quality assurance processes

• Optimized for structured light scanners and optical 3D measurement systems

• Flexible for research, development and production environments