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quality Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm factory
quality Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm factory
quality Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm factory
quality Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm factory
quality Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm factory

Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm

Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm
Basic Properties
Country Of Origin
Beijing, China
Brand Name
AIWINGS
Certificate
CE, FCC, RoHS, ISO 9001
Trading Properties
MOQ
1 Set
Unit Price
USD 30,000 - 37,000 / Set
Payment Method
T/T, L/C, Western Union
Supply Capacity
22 Sets
Product Summary

Phasight Fast-Foundry Production: 6.8M pts/s Casting FAI QC for Sand Casting Dimensional Layout.

Product Details
Highlight:

6.8M pts/s Casting FAI QC

,

Sand Casting Dimensional Layout

,

Pattern Wear 50-Line Scanner

Feature 1: Riser And Gating Removal Optimization: Scan
Feature 2: Technical Specifications
Product Description

Phasight Fast-Foundry Production Handheld 3D Scanner 50 Blue Laser Lines 6.8M Points/s 0.028mm

Phasight Fast Series advantage: optimized for speed and throughput while maintaining 0.020mm metrology-grade accuracy.

Key Features

  • Casting FAI at 6.8M pts/sec: scan first casting from a new pattern → overlay on machined-part CAD → validate machining allowance before production ramp
  • Pattern wear quantification: scan master pattern monthly, compare to baseline, compute wear vectors on parting lines, core prints, and gating contact surfaces
  • Sand mold cavity scan: digitize assembled sand mold before pouring, verify core placement accuracy, detect mold shift or core misalignment before metal is poured
  • Riser and gating removal optimization: scan as-cast part, compute optimal riser cutoff planes and gating removal paths, feed to robotic fettling cell

Technical Specifications

Technical Specifications
Pattern wear quantificationscan master pattern monthly, compare to baseline, compute wear vectors on parting lines, core prints, and gating contact surfaces
Sand mold cavity scandigitize assembled sand mold before pouring, verify core placement accuracy, detect mold shift or core misalignment before metal is poured
Riser and gating removal optimizationscan as-cast part, compute optimal riser cutoff planes and gating removal paths, feed to robotic fettling cell