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CNC lathe cutting tools are critical components in CNC turning operations; their precision, material composition, and structural design directly influence machining accuracy, surface quality, and production efficiency, playing a vital role in fields such as mechanical manufacturing.
1. The precision of the cutting tool directly affects the quality of the machined workpiece; therefore, customers have high precision requirements.
2. The workpiece surface is polished and highly reflective, making it difficult to acquire data using traditional methods.
On-site scan image
The client required precise 3D data and had high standards for accuracy.
HOLON’s 3D engineers provided a professional solution: using a handheld 3D scanner combined with reverse engineering software to generate accurate 3D data models.
1. Scanning is performed using a handheld 3D scanner; the high-intensity blue laser lines handle reflective surfaces effectively, capturing high-precision data—with accuracy reaching up to 0.01mm—in just a few minutes.
2. Point cloud data can be processed directly into mesh data within the scanner's native software and exported as an STL file.
3. The STL file is imported into reverse engineering software to reconstruct the 3D digital model, resulting in a highly accurate model that faithfully reproduces the original object.
STL Data Diagram
