Phasight Fast Cutter Handy 3D Scanner 50 Blue Laser Lines 7.0M Points/S 0.025mm
Phasight Fast-Cutter: CNC Insert Wear 7.0M pts/s.
Phasight Handy 3D Scanner
,Fast Cutter Handy 3D Scanner
,7.0M handy scan
Phasight Fast-Cutter Handheld 3D Scanner 50 Blue Laser Lines 7.0M Points/s 0.025mm for CNC Cutting Tool Insert Edge
A CNC cutting tool inspection 3D scanner delivering 50 blue laser lines at 7.0M points/sec, purpose-built for insert edge radius measurement, flank wear land quantification, and crater depth trending.
Key Features
- Insert edge radius measurement at 0.025mm accuracy: quantify edge preparation condition (honed, chamfered, sharp) across all cutting edges in a single scan
- Flank wear land width per ISO 3685: scan tool flank face, automatically extract wear land boundary, compute maximum, average, and notch wear width parameters
- Crater depth trending: measure rake face crater depth and area, plot wear progression against cutting time, predict tool life endpoint based on crater wear criterion
- Tool condition database: store scans by tool serial number, material, and cutting parameters — build tool life prediction model from historical wear progression data
Technical Specifications
| Laser Lines | 50 cross + 7 parallel + 1 single-line deep-hole |
|---|---|
| Scan Rate | 7,500,000 points/sec |
| Max Accuracy | Up to 0.020mm |
| Volumetric Accuracy | 0.020mm + 0.040mm/m |
| Max Resolution | 0.020mm |
| Scan Area | 600 × 550mm |
| Standoff / DOF | 200mm (400mm fine) / 440mm |
| Laser Safety | Class II (eye-safe) |
| Output | ASC / IGS / TXT / UMK / STL / PLY / OBJ |
| Temp / Interface | -20℃ ~ 40℃ / USB 3.0 |
This product is suitable for applications requiring portable 3D data collection, including industrial manufacturing, education and research, cultural and creative modeling, quality analysis, and product development. Beijing AIXUNFEI Technology Co., Ltd. focuses on procurement efficiency for overseas customers and can assist with model selection, parameter confirmation, packaging requirements, and bulk order communication.