3d Printed Metallic Glass Components Increase Electric Motor Efficiency
3D printed metallic glass components let motor buyers optimize efficiency and reduce battery dependencies.
Parts Fabrication
Manufacturing Workflow
Manufacturing processes transform raw material stock into distinct geometric components through subtractive or additive operations. In industrial production, parts fabrication converts sheet, bar or powder inventory into finished mechanical components based on technical engineering drawings. Machinists and press operators execute sequential operations such as CNC milling, stamping, laser cutting and bending to achieve final component geometry.
The boundary of the process ends when the discrete component passes final dimensional inspection and enters assembly or surface treatment channels.
Dimensional Tolerance
Precision machining tolerances govern the fit and mechanical performance of mating sub-assemblies. During parts fabrication, tool wear and thermal expansion of machine beds introduce dimensional variance across high-volume production runs. Quality engineers deploy coordinate measuring machines to verify geometric dimensioning and tolerancing compliance against nominal CAD models.
Non-conforming components undergo rework or scrap disposition when dimensions drift beyond specified upper and lower engineering limits.
Production Scaling
Unit cost economics dictate whether low-volume components utilize additive manufacturing or dedicated hard tooling. Scaling up parts fabrication requires investment in expensive die sets or automated workcells to reduce labor hours per piece. Setup times between production batches represent non-productive machine overhead, forcing plant managers to optimize batch sizes against inventory holding costs.