Three decades of shape-memory titanium R&D, transferred from the Italian aerospace program into the most demanding consumer and industrial objects on Earth.
Hybrid Titanium was born in Legnano from a small family workshop obsessed with one question: how do we make titanium behave better? Three decades later we are scientific partners of the Italian National Research Council and a quiet supplier to the aerospace, luxury and medical industries.
We don't sell metal. We engineer hybrid shape-memory alloys that move, remember and outperform — then we co-design the object around them.
Every alloy revision begins in our metallurgy lab in Legnano, where shape-memory behaviors are characterized through neutron diffraction, DSC and high-cycle fatigue testing.
Our NiTi hybrid alloy returns to its engineered geometry after deformation — over and over, without fatigue. The result: products that bend, twist and snap back, indefinitely.
Crystalline-engineered hybrid grains deliver tensile performance comparable to aerospace alloys, at a fraction of the mass. Same shape, radically different behavior.
Hypoallergenic, corrosion-immune, ISO 10993 compatible. Engineered to live against the human body and survive marine, surgical and surgical-grade environments.
Our process pipeline was validated for components used in low-Earth orbit. Every batch goes through the same metrology that qualifies space-bound hardware.
We co-engineer hybrid alloys with brands and institutions across six demanding industries. Every collaboration begins with a single question: what should this object do better?
Mission-critical components for low-Earth orbit and propulsion. Where weight is currency.
Memory-set settings and unbreakable clasps for the world's most demanding maisons.
Frames that resist deformation indefinitely. Hypoallergenic by composition.
Spring-back archs, smart laces, structural inserts for performance and luxury soles.
ISO-10993 compliant alloys for stents, surgical micro-tools and orthodontic systems.
Precision actuators and damping elements for high-cycle industrial automation.
Mission-critical components for low-Earth orbit and propulsion. Where weight is currency.
Memory-set settings and unbreakable clasps for the world's most demanding maisons.
Frames that resist deformation indefinitely. Hypoallergenic by composition.
Spring-back archs, smart laces, structural inserts for performance and luxury soles.
ISO-10993 compliant alloys for stents, surgical micro-tools and orthodontic systems.
Precision actuators and damping elements for high-cycle industrial automation.
The same shape-memory alloys we co-developed for the Italian aerospace program now live inside everyday objects — invisible, weightless, engineered to outlast their wearer.
We design new alloy ratios in partnership with the National Research Council, then validate them through neutron diffraction and DSC analysis.
Raw titanium and nickel are remelted under controlled atmosphere, eliminating inclusions and reaching aerospace-grade purity.
Hot-rolling, drawing and CNC micro-machining shape the alloy to its final, sub-50µm tolerance geometry.
Each part undergoes thermo-mechanical training cycles that imprint its target geometry into the crystalline memory.
Every batch is delivered with full chemical, mechanical and metrology certification, traceable down to the individual part.
We design new alloy ratios in partnership with the National Research Council, then validate them through neutron diffraction and DSC analysis.
Raw titanium and nickel are remelted under controlled atmosphere, eliminating inclusions and reaching aerospace-grade purity.
Hot-rolling, drawing and CNC micro-machining shape the alloy to its final, sub-50µm tolerance geometry.
Each part undergoes thermo-mechanical training cycles that imprint its target geometry into the crystalline memory.
Every batch is delivered with full chemical, mechanical and metrology certification, traceable down to the individual part.
We obsess over the dimensions that matter for your industry — and ruthlessly tune the rest. The chart on the right is one of the hundreds of internal benchmarks we run on each new alloy revision.
Tell us about your industry, your geometry, your boldest requirement. We'll come back with an alloy proposal, a sample plan, and a timeline.