REFLECON® Reference Points – Professional Markers for Precise 3D Scanning

REFLECON® Reference Points are professional positioning markers designed for accurate alignment and registration during 3D scanning and optical measurement.

Developed for structured light and laser scanning systems, these reference points improve scan accuracy, reduce alignment errors and optimize scanning workflows.

Optimized for Professional 3D Scanning

The markers help scanners determine precise spatial orientation when capturing complex geometries or large objects.

• Improves scan alignment accuracy
• Reduces registration errors
• Speeds up post-processing
• Supports high-precision scanning workflows

Compatible with Structured Light & Laser Scanners

REFLECON® reference points are available in different versions optimized for specific scanner technologies.

• White markers for structured light scanners
• Retroreflective markers for laser scanners
• Optimized reflection properties
• Suitable for industrial metrology

Designed for Industrial & Professional Use

REFLECON® products are widely used in industrial 3D scanning, quality control and reverse engineering applications.

• Automotive industry
• Aerospace engineering
• Industrial quality control
• Reverse engineering
• Research & development

Flexible Mounting Options

Depending on the application, users can choose adhesive or magnetic solutions for fast and reliable positioning.

• Quick application
• Strong adhesion
• Reusable magnetic versions
• Easy positioning on complex surfaces

Technical Variants

• White or retroreflective surface
• Adhesive or magnetic versions
• Available in multiple sizes

Applications

• 3D optical measurement
• Laser scanning
• Structured light scanning
• Industrial metrology
• Surface inspection
• Reverse engineering

Why Choose REFLECON® Reference Points?

Compared to generic tracking markers, REFLECON® reference points are specifically developed for professional 3D scanning environments, ensuring reliable positioning, stable tracking and improved scanning efficiency.