Manufacturing Case Studies
Titanium Manufacturing Case Studies
Engineering case studies covering titanium machining, fabrication, and application challenges with measurable outcomes.
Aerospace Structural Bracket - 5-Axis Case Study
Case study: 5-axis machining of Ti-6Al-4V structural bracket.
Patient-Specific Cranial Implant DMLS - Case Study
Case study: custom titanium cranial implant via DMLS additive manufacturing.
Surgical Instrument Set - Titanium Case Study
Case study: titanium orthopaedic surgical instrument set.
Downhole Oil and Gas Titanium Component - Case Study
Case study: NACE-compliant Grade 23 component for sour gas service.
Semiconductor Vacuum Chamber Component - Case Study
Case study: titanium UHV chamber component for semiconductor equipment.
Titanium Exhaust System - Automotive Case Study
Case study: titanium exhaust system for high-performance automotive.
Thin-Wall Aerospace Housing — Distortion Control via Symmetric Machining
How symmetric stock removal, intermediate stress relief, and reduced radial engagement eliminated distortion on a 0.8mm wall thickness titanium aerospace avionics housing.
Thin-Wall Aerospace Housing — Distortion Control
How symmetric machining, stress relief, and reduced radial engagement eliminated distortion on a 0.8mm wall thickness titanium aerospace housing.
Medical Implant Fixture — Micro-Machining Precision at ±0.005mm
Achieving ±0.005 mm positional accuracy on a Grade 23 titanium surgical implant fixture using micro-tooling, trochoidal toolpaths, and temperature-controlled 5-axis machining.
Medical Implant Fixture — Micro-Machining Precision
Achieving ±0.005 mm positional accuracy on a Grade 23 titanium medical implant fixture using micro-tooling and temperature-controlled 5-axis machining.
Semiconductor Vacuum Chamber Component — Weld Distortion Control
Eliminating weld distortion and vacuum leak paths in a titanium semiconductor vacuum chamber component through redesigned joint geometry and process sequencing.
Grade 23 Orthopedic Implant Component — Surface Integrity
Achieving certifiable surface integrity for a Grade 23 titanium orthopedic knee component through optimized tool path and cutting parameter validation.
Grade 23 Orthopedic Implant Component — Surface Integrity for Articulating Surfaces
Achieving certifiable surface integrity on a Grade 23 titanium femoral knee component through optimised cutting parameters, PCD tooling, and a validated three-step polishing protocol.
Complex 5-Axis Titanium Structural Bracket — Single-Setup Consolidation
Eliminating 6 of 7 setups on a complex aerospace structural bracket through 5-axis consolidation, tombstone fixturing, and in-process probing, reducing cycle time by 60%.
Complex 5-Axis Titanium Structural Bracket — Multi-Setup Elimination
Reducing 7-setup machining to a single 5-axis operation on a complex aerospace titanium bracket, eliminating 60% of cycle time and 100% of setup variation.