Seven Industries Where Metal 3D Printing Wins on Total Cost

Seven industries where additive manufacturing changes the economics of production. Each application is backed by published industry data where available.

Metal AM wins on total program cost — not on per-part price.

Aerospace

Aerospace's 100,000-Part Benchmark

Industry reference — GE LEAP nozzle: 20→1 part, 5× durability, 35% cost cut vs casting. AS9100D / NADCAP path — certification status disclosed on quotation.

100K+ parts−35% cost
Conformal Cooling

The 55% Faster Mold

Mold inserts with cooling channels that follow the part. Cycle time −40%, throughput +30%.

−55% cooling+30% output
Consumer Electronics

Titanium Without the Waste

CNC-machined titanium wastes up to 90% of raw stock; additive grows only the material the design needs — multi-laser L-PBF now runs titanium mass production.

up to −90% wasteMass production
Drones & UAVs

Every Gram Is Flight Time

Topology-optimized aluminum, 70% lighter, 71 days concept-to-flight. Express delivery 3–5 days.

−70% weight71 days
Bicycles

The Titanium Frame Reimagined

Aero-profiled sections, joint-free construction, custom geometry per rider at zero tooling cost.

50K parts/yr0 welds
Medical & Dental

Implants, Guides & Instruments

Bone-like lattice structures, patient-matched hardware, dental crowns and surgical guides. ISO 9001 quality system, full traceability.

ASTM F3001ISO 9001 system
Art & Jewelry

Zero Tooling, Zero Minimum

Direct precious metal AM. €128M business proof. Geometries impossible to cast, in 3–5 days.

$128M proofMOQ 1

Seven industries at a glance

Same pattern everywhere: AM earns its place where geometry, consolidation or speed outweighs the per-part premium — not where it is simply cheaper per unit.

Application map · typical parts, economics and alloys
IndustryTypical AM partsWhy AM wins hereCommon alloys
AerospaceFuel nozzles, brackets, ducts, turbine hardware20→1 part consolidation, buy-to-fly cut, certified routes (AS9100D / NADCAP)Ti6Al4V · Inconel 718
Conformal coolingMould inserts with contoured cooling channelsChannels follow the part — cycle time −40%, throughput +30%Tool steel MS1
Consumer electronicsStructural titanium parts, heat spreadersMass production with ~50% less material waste vs machiningTi6Al4V · CuCrZr
Drones & UAVsTopology-optimized frames, motor mounts, gimbalsEvery gram saved is flight time; concept-to-flight in weeksAlSi10Mg · Ti6Al4V
BicyclesLugs, dropouts, bottom brackets, stemsCustom geometry per rider at zero tooling costTi6Al4V
Medical & dentalLattice implants, guides, crowns, instrumentsPatient-matched parts, bone-like lattice structuresTi6Al4V ELI · CoCr
Art & jewelrySculptural pieces, jewelry, one-off objetsGeometries impossible to cast; MOQ 1, 3–5 daysAu / Ag precious powders
The Economics Reframe

Metal AM is cost-competitive on total program cost.

The per-part comparison misses the costs that dominate real programs — tooling, material waste, assembly, inventory, design changes, and downtime. Assessed on total program cost, metal AM competes with — and often beats — conventional manufacturing.

Metal AM is cost-competitive on total program cost. — metal 3d printing applications, 3D Demiurge
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