Automation Robot Robot accessories OTC DAIHEN

OTC LASER TRACKING SENSOR FD‑QF

detects weld seam position & profile in 0.3 s with ±0.2 mm precision—stable even on glossy aluminum/stainless surfaces.

PRODUCT SPECIFICATION

2D Blue Laser Profiling System OTC DAIHEN® Advanced Sensors

OTC LASER TRACKING SENSOR FD-QF

High-Speed Blue Laser Technology • Gloss-Resistant Tracking

The OTC DAIHEN FD-QF is a cutting-edge 2D blue laser-based weld seam tracking sensor engineered to drastically enhance robotic accuracy and cycle efficiency. Utilizing short-wavelength **Blue Laser** technology, this sensor delivers exceptionally rapid joint detection even when operating on highly reflective or polished surfaces such as aluminum and stainless steel.

Key Features

Industry-best detection speed: Identifies the exact joint position within an ultra-fast processing time of approximately 0.3 seconds.
Ultra-High Accuracy: Provides an outstanding structural tracking precision of up to ±0.2 mm, surpassing conventional seam tracking sensor baselines.
Gloss-resistant Performance: Advanced Blue Laser optical filtering guarantees highly stable detection and scanning on mirror-finish or high-gloss materials.
Streamlined Setup: Integrates natively with the FD-series teach pendant software environment, eliminating any requirement for external standalone PCs.

Technical Specifications (FD-QF)

Specification Parameter	Detail FD-QF
Detection Time	± 0.3 seconds
Tracking Accuracy	± 0.2 mm
Minimum Plate Thickness	≥ 0.5 mm
Sensor Head Dimensions	105 × 86 × 44.8 mm (~0.89 kg)
Laser Type	Blue Laser (High performance on specular/glossy objects)

Note: The lightweight 0.89 kg sensor head structure minimizes dynamic payload effects on high-speed robot wrist trajectories.

Core Advantages & Industry Scope

• Maximum Productivity: Ultra-fast joint localization drastically reduces pre-weld cycle times and hardware setup overheads.
• Premium Weld Quality: Superior sub-millimeter precision eliminates common fusion defects, reducing post-weld rework rates to near zero.

• Material Versatility: Ensures highly dependable optical feedback on shiny, reflective surfaces where traditional red laser sensors frequently fail due to beam scattering.
• Ideal for Diverse Sectors: Extensively deployed within automotive assemblies, aerospace structures, high-end home appliances, and specialized stainless steel fabrication lines.