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Vortexia Materials

Damping, engineered at the micron

Vortexia Materials is where material science meets additive manufacturing. We design precision-printed lattice structures that cancel vibration at the source — so instruments, machines, and hardware stay quiet, stable, and exact.

Micron tolerancesBroadband dampingMaterial-agnosticAdditively printed
Capabilities

Anti-vibration, designed as a material

Damping is usually a compromise — add mass, add rubber, accept the trade-off. Vortexia treats the structure itself as the damper, tuning geometry and material together.

Precision additive manufacturing

Structures printed to micron tolerances, so the geometry that damps vibration is exactly the geometry that was designed.

Lattice & meta-structure design

Topology-optimised cells that tune stiffness, mass, and loss factor together instead of compromising between them.

Broadband vibration damping

Targeted damping across a wide frequency band — from sensitive instrument mounts to hard-working machine frames.

Mass without the weight

Replace solid damping blocks with printed lattices that are a fraction of the mass and far more effective.

Material-agnostic

Engineered for the polymer, elastomer, or composite that suits your application, environment, and duty cycle.

Validated by simulation

Every design is modelled and modal-tested, so performance is predicted before the first part is printed.

Where it is used

For hardware that cannot afford to drift

Anywhere vibration degrades accuracy, sound, or lifetime — printed damping replaces bulk with engineered geometry.

  • Precision instruments
  • Optics & photonics
  • Robotics & motion systems
  • Audio equipment
  • Aerospace & defence
  • Laboratory hardware
01

Design the cell

We start from the vibration you need to kill — frequency, amplitude, environment — and design a lattice that targets it.

02

Simulate the response

Modal analysis predicts stiffness, mass, and loss factor before anything is printed, so there are no surprises in the data.

03

Print it precisely

The part is additively manufactured to micron tolerances, so what comes off the machine matches what was modelled.

Support

Contact us via Ninja Digital for support

Vortexia Materials is supported by the Ninja Digital team. Tell us about the vibration problem you are fighting and we will tell you honestly whether precision-printed damping is the right answer.

The group

Explore the rest of Ninja Digital

Vortexia is one of the focused companies in the Ninja Digital group, alongside Ninja Cloud and Seecop.