Magnetic Marker Base for 3D Scanning

Elevate your 3D scanning precision with our Magnetic Marker Base, designed to simplify and enhance the alignment process for hobbyists and professionals alike. This ready-to-use base features three pre-applied angled markers and a powerful neodymium magnet for instant attachment to any magnetic surface. Choose from six marker sizes and two sleek color options to perfectly match your 3D scanner’s requirements.

Features:

• Universal Magnetic Attachment: Neodymium magnet base securely clings to metal surfaces, ensuring stability during scans.
• Pre-Applied Angled Markers: Three markers fixed at a 45° angle for optimal visibility and scan accuracy.
• Multi-Size Compatibility: Six marker size variations (1.5x3mm to 12x19mm) to suit most 3D scanners.
• Dual Color Options: Black or white bases to work with your 3D scanners.
• Ready to Use: No assembly required – unbox and start scanning.

Marker Size Variations & Supported Scanners:

• 1.5x3mm: Peel 3D and Revopoint POP 2.
• 3x6mm: Creality Raptor and Shining 3D EinScan SE.
• 3x7mm: Einscan Pro 2X Plus and Einscan H Series.
• 6x10mm: Shining 3D AutoScan Inspec and Thor3D scanners.
• 9x12mm: Artec Eva and Creaform HandySCAN BLACK Series.
• 12x19mm: Large-scale industrial scanners like Creaform MetraSCAN and Zeiss T-SCAN.

Color Options: Black or White

Product Specifications:

• Material: Plastic base with neodymium magnet.
• Marker Angles: 45° fixed positioning.
• Magnet Strength:
  • 1.5x3mm: 4mm round magnet
  • 3x6mm: 8mm round magnet
  • 3x7mm: 8mm round magnet
  • 6x10mm: 10mm round magnet
  • 9x12mm: 15mm round magnet
  • 12x19mm: 15mm round magnet

Why Choose This Marker Base?

Whether you’re refining prototypes, digitizing artifacts, or conducting industrial inspections, our marker base ensures consistent, repeatable scans. The angled design minimizes occlusions, while the magnetic grip eliminates repositioning mid-scan. With broad scanner compatibility and hassle-free setup, it’s the ultimate tool for professionals seeking efficiency and accuracy.