Post-Processing

Machining removes material to achieve tolerance; casting adds material. Post-processing cost depends on part geometry, material, and volume. Lead time varies by supplier

Excess porosity in PEEK AM parts usually stems from poor feedstock handling, unstable melt parameters, or incomplete stress relief. This guide maps common symptoms to

Metal AM inspection requires a layered approach to find internal porosity and surface defects. This guide covers X-ray, CT, and visual checks, explaining when and why

Conventional annealing uses ovens for uniform stress relief, while laser annealing applies localized heat. Buyers must weigh cost, part size, and tolerance requirements.

Heat treatment restores mechanical properties in alloy AM parts by relieving residual stress and controlling microstructure. This section explains why alloy AM parts

Automated inspection is moving metal AM quality control from manual sampling to full part verification. Buyers should plan for greater data integration, tighter

PBF and laser annealing differ in cost and speed. Laser annealing is usually faster and cheaper for basic cleanliness. PBF costs more but can improve mechanical

Choose a surface finishing partner by verifying their process capabilities, material handling, and inspection methods. Focus on their ability to meet specific Ra values

This guide provides a practical method for verifying resin part surface finish using 3D printing post-processing techniques. It outlines specific checks for texture

Excessive roughness in metal AM parts usually stems from powder compaction, process parameter drift, or inadequate support design. This guide lists common symptoms

Surface finish directly affects AM part life by altering stress concentrations, chemical resistance, and wear behavior. Rougher surfaces trap contaminants and accelerate

SLS and FDM parts require different finishing steps due to material and machine characteristics. SLS typically needs unbagging, washing, and surface refinement, while