AMETEK CREAFORM PEEL3D polohovacie terče 6mm štandardné lepidlo 1x500 pre PEEL1 PEEL2 PEEL2CAD

The AMETEK CREAFORM PEEL3D Positioning Targets are high-contrast retro-reflective markers designed for precise 3D optical tracking and metrology. Each pack contains 500 circular targets with a diameter of 6 mm, featuring a standard adhesive backing for secure attachment to objects. These consumable reference targets are specifically compatible with Creaform Peel 3D scanners (PEEL 1, PEEL 2, PEEL 2 CAD) and enhance scanner tracking accuracy and object alignment during 3D scanning processes.

Advantages

These positioning targets offer reliable, high-contrast reflectivity for optical systems, ensuring accurate and repeatable scanning results. The regular adhesive provides sufficient hold for industrial, professional, and laboratory environments while allowing easy removal. The compact 6 mm size is ideal for detailed scanning applications without obstructing the object's surface.

Suitable for

• 3D scanning professionals using Creaform Peel 3D scanners
• Industrial metrology and quality control
• Reverse engineering and product design
• Laboratory and research applications requiring precise optical tracking

Key specifications

• Target Diameter: 6 mm
• Adhesive Type: Regular Adhesive
• Quantity per Pack: 500 targets
• Target Material: Retro-reflective film
• Application: 3D Optical Tracking & Metrology
• Compatibility: Creaform Peel 3D Scanners (PEEL 1, PEEL 2, PEEL 2 CAD)
• Target Shape: Circular
• Adhesive Strength: Standard
• Usage Environment: Industrial, professional, laboratory
• Reflectivity: High-contrast for optical systems
• Packaging Format: Roll
• Product Type: Consumable Reference Targets
• Reusability: Single-use recommended for optimal performance
• Color: White (reflective surface)
• Operating Temperature: Optimized for typical room temperatures

Recommendations

For best results, apply targets to clean, dry surfaces and avoid reusing them to maintain optimal reflectivity. Store in a cool, dry place away from direct sunlight.