Manufacturing Process Guides

Casting, forming, molding, machining, additive, joining and surface processing.

powder preparation, shaping, binder removal, densification, finishing and inspection.

coatings and treatments that change wear, friction, corrosion, heat flow or adhesion.

protective and functional films applied to engineered surfaces.

layered coating systems that reduce heat transfer to hot components.

how adhesives transfer load across prepared interfaces.

welding, brazing, soldering, fastening and adhesive bonding as system choices.

matching material, geometry, volume, tolerance, finish, tooling and lead time.

mold filling, solidification, microstructure, shrinkage and post-processing.

plastic deformation of metals and how temperature and strain path affect final structure.

flow, heat, cooling and cure in molding, extrusion and related processes.

cyclic high-volume polymer production using dedicated tooling.

shaping heated thermoplastic sheet over or into tooling.

subtractive creation of precision features and surfaces.

multi-axis and nontraditional methods for difficult materials and complex geometry.

particle size, flow, compaction and consolidation.

controlled thermal history used to change phases, hardness, stress and dimensional stability.

layer-by-layer production from digital geometry.

selective consolidation of regions within repeated powder layers.

layered deposition of polymer feedstock.

selective binder deposition into powder followed by downstream consolidation.

adding material into a localized energy zone for build-up and repair.

combining additive, subtractive, inspection or forming steps in one route.