DESIGNED AND BUILT

IN SPAIN

EU DESIGN

AUTHORITY RETAINED

ADDITIVE MANUFACTURING

IN-HOUSE

OPERATING

SINCE 2023

Morph®

Our operating system for qualified production.

Our operating system for qualified production.


Morph® is the system of record for qualified production. It takes the requirement, generates the geometry, and records the evidence as each part is manufactured on the floor.

Why it matters to your qualification program.

Why it matters to your qualification program.


On most programmes, qualification is a campaign that begins after the design is frozen and the tooling is cut. Its own budget, its own schedule, and usually the longest pole.

Morph®

Our operating system for qualified production.


Morph® is the system of record for qualified production. It takes the requirement, generates the geometry, and records the evidence as each part is manufactured on the floor.

Why it matters to your qualification program.


On most programmes, qualification is a campaign that begins after the design is frozen and the tooling is cut. Its own budget, its own schedule, and usually the longest pole.

Hardware on Demand        at Scale

Hardware on Demand at Scale

Morph® connects architecture, simulation, validation and adaptive manufacturing into a continuous digital-to-physical system, enabling faster development, higher confidence and scalable production.

Learn More
Hardware on demand        at scale

Hardware on demand at scale

Morph® connects architecture, simulation, validation and adaptive manufacturing into a continuous digital-to-physical system, enabling faster development, higher confidence and scalable production.

Learn More
Hardware on demand        at scale

Hardware on demand at scale

Morph® connects architecture, simulation, validation and adaptive manufacturing into a continuous digital-to-physical system, enabling faster development, higher confidence and scalable production.

Learn More
Aerospace
1 / 5

Aerospace

Flight hardware in small numbers against unforgiving mass budgets. Topology-optimised structures qualified on evidence, not on heritage that doesn't exist yet.

Aerospace
1 / 5

Aerospace

Flight hardware in small numbers against unforgiving mass budgets. Topology-optimised structures qualified on evidence, not on heritage that doesn't exist yet.

Aerospace
1 / 5

Aerospace

Flight hardware in small numbers against unforgiving mass budgets. Topology-optimised structures qualified on evidence, not on heritage that doesn't exist yet.

  1. 01Requirement: Loads, envelope, rate, standard. Not a drawing.
  2. 02Architecture: Geometry generated against requirement and process constraint at once.
  3. 03Validation: Simulation correlated against our own physical test history.
  4. 04Manufacture: Our machines, qualified parameters, no tooling.
  5. 05Qualification: Rig test, correlated back. Released with its evidence chain.
  1. 01Requirement: Loads, envelope, rate, standard. Not a drawing.
  2. 02Architecture: Geometry generated against requirement and process constraint at once.
  3. 03Validation: Simulation correlated against our own physical test history.
  4. 04Manufacture: Our machines, qualified parameters, no tooling.
  5. 05Qualification: Rig test, correlated back. Released with its evidence chain.

stats

Our Impact

20-60%
Mass reduction.
MASS
vs. machined billet or casting
20-60%
Mass reduction.
MASS
vs. machined billet or casting
75%
Faster development cycle.
FASTER
From 4 months to 4 weeks per design-to-manufacture loop.
75%
Faster development cycle.
FASTER
From 4 months to 4 weeks per design-to-manufacture loop.
80%
Development cost reduction.
COST
From ~€400k to ~€100k per loop.
80%
Development cost reduction.
COST
From ~€400k to ~€100k per loop.
0
Hard tooling required.
TOOLING
LPBF requires no hard tooling (moulds, dies) to produce.
0
Hard tooling required.
TOOLING
LPBF requires no hard tooling (moulds, dies) to produce.

stats

Our Impact

20-60%
Mass reduction.
MASS
vs. machined billet or casting
75%
Faster development cycle.
FASTER
From 4 months to 4 weeks per design-to-manufacture loop.
80%
Development cost reduction.
COST
From ~€400k to ~€100k per loop.
0
Hard tooling required.
TOOLING
LPBF requires no hard tooling (moulds, dies) to produce.
From Concept to Production
From Concept to Production

Outrigo is a Spanish metal additive manufacturing company building the industrial infrastructure that aerospace, defense, space and automotive programs need to move faster and depend less on fragile, offshore supply chains.

Our proprietary Morph® Design-to-Manufacturing platform connects design intelligence directly to production, compressing the path from part concept to flight-ready component without sacrificing the traceability and certification rigor these sectors demand.

BUILT IN EUROPE

One Factory. Any Product

One Factory.
Any Product

Start Building

Start Building

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