High-Precision Rapid Prototyping

This study establishes a high-precision medical additive manufacturing framework that systematically mitigates data processing and volumetric thermal defects. Uncompensated 3D printing introduces dimensional inaccuracies via DICOM thresholding distortions and powder sintering bleed. To resolve this, we present an optimized pipeline utilizing a FORMIGA P 100 Selective Laser Sintering (SLS) system. The process standardizes data acquisition at a 0.625 mm voxel slice thickness, deploys algorith...