Standard adhesive dots 0.8 mm black/white suitable for structured light scanners 10,000 pieces

Ultra-small contrast markers for high-precision optical 3D measurement technology and microgeometries

These standard 0.8 mm diameter adhesive dots are among the smallest optical contrast markers for structured light scanners and high-resolution optical measurement systems. Their extremely compact size makes them ideal for the finest details, microgeometries, small components, sensor components, laboratory applications , and all measurement tasks where larger markers would impair the measurement result.

The black and white surface creates a clear contrast, allowing even very high-resolution scanners to easily detect the dots. Thanks to the self-adhesive backing, the markers can be positioned quickly and precisely – even on delicate materials, intricate components, or in very tight geometric areas.

With a bulk pack of 10,000 pieces, these micro dots are ideal for serial measurements, laboratory environments, research and precision mechanical applications.

Product features

0.8 mm micro size

Optimized for extremely small structures, tight radii, microelements and precision areas where larger markers would be unsuitable.

Black/white contrast for maximum recognition

Sharp optical contrast enables stable identification through high-resolution structured light scanners, optical microscan systems, and visual tracking algorithms.

Self-adhesive & surface-friendly

It can be applied precisely and removed without leaving any residue.
Ideal for delicate components, prototypes, electronic components or sensitive materials.

Compatible with high-resolution optical scanners

Designed for

• Structured light scanner with high detail resolution

• Optical microscanning systems

• Precision measuring systems for precision mechanics

• Systems that use micro-markers for object registration

10,000 pieces – ideal for serial measurements

Large quantity for continuous use, research, laboratory processes and production controls.

Application areas

1. Micro-components & precision mechanics

Ideal for gears, small transmission parts, sensor mounts, miniature components and the finest component structures.

2. High-resolution object registration

Perfect for scanners that require the smallest optical markers to precisely overlay data sets.

3. Research & Laboratory Environments

Popular in universities, research institutions and development departments that perform complex measurements.

4. Optical measurement processes with tight tolerances

Suitable for measurements with very high requirements for accuracy and level of detail.

5. Serial measurements & quality assurance processes

Ideal for projects where many small markers need to be placed without visually cluttering the workpiece.

Advantages of the 0.8 mm black/white adhesive dots

Maximum precision in fine details

Thanks to its extremely compact size, high-resolution measurements remain undistorted and free from interfering markers.

Stable optical detection

The clear black and white pattern ensures reliable identification – even with a minimal diameter.

Perfect for delicate geometries

No covering of contours or small areas, as could happen with larger markers.

Surface-friendly and clean

Self-adhesive, residue-free, ideal for sensitive components.

Bulk packaging for professional applications

With a quantity of 10,000, it is ideal for continuous use in industry, quality control, development and laboratories.

Technical data

FAQ – Frequently Asked Questions

What are 0.8 mm micromarkers particularly suitable for?

For components where every millimeter counts: microcomponents, fine contours, miniature technical parts and high-precision measurements.

Are these markers detectable by high-resolution structured light scanners?

Yes, the dots are specifically designed for scanners with high optical resolution.

Do the markers leave residue?

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

When should you use micro-dots instead of larger markers?

If larger markers would obscure the geometry or interfere with the measurement result.

Summary

• Extremely small marking size for the finest details

• Strong black/white detection for high-precision optical scanners

• ideal for microcomponents, laboratory and research technology

• self-adhesive and surface-friendly

• 10,000 units for serial measurements and professional applications

• optimized for high-precision structured light scanners and micro measurement systems