The Future of Manufacturing Is Here

DISCOVER A FASTER, COST-EFFECTIVE AUSTRALIAN-BASED
MANUFACTURING SOLUTION WITH TITANIUM 3D.

ABOUT US

We Produce Complex, Lightweight Additive Manufactured Titanium Parts.

Titanium 3D specialises in the production of additive manufactured / 3D-printed titanium parts spanning a range of industries from defense, medical, aerospace, bicycle, and wheelchair components.

We provide a full range of services, including:

CAD and consulting on part design
Production of titanium parts
Heat treating / annealing
Vibratory finishing
Bead blasting
Polishing

3D printed titanium components emerging from titanium powder

OUR PRODUCT

Local State-Of-The-Art Additive Manufacturing Facilities.

EOS M290 3D PRINTER

250mm x

300mm

Build Volume

400 W

Fibre Laser

Titanium3D owns state-of-the-art additive manufacturing equipment with exceptionally high laser beam quality and excellent detail resolution. This is ideal for producing highly complex components with homogeneous properties using ultra-fine layers, as small as 30µm.

An EOS M290 industrial 3d printing machine

NABERTHERM N41/H FURNACE

300mm x

450mm x

200mm

Max Dimensions

1280 °C

Max Temperature

All heat treatment, annealing, and stress-relieving of additively manufactured parts can be completed in-house, within a completely inert argon environment.

VIBRATORY SURFACE FINISHING

24hr

Cycle Time

>300%

Reduction in Surface Roughness

Vibratory finishing is a great way to smooth and improve the surface finish of additively manufactured parts.

At Titanium3D we can supply parts in a range of finishes, including:

Raw / as printed
Rumbled / Raw
Smooth, Matte finish
Smooth, Polished finish.

Our cast polyurethane machine is one of the most advanced and cost-effective mass-finishing pieces of equipment available on the market.

Vibratory finishing machine with a red bowl top and white base

WHY TITANIUM 3D

A Different Approach, Using a New Method of Manufacturing

The ability to create ultra-lightweight structures, with complex geometries that are unachievable through traditional subtractive manufacturing is our specialty.

We have deep expertise in metal additive manufacturing and in-house capability in combining titanium and carbon fibre parts, specialising in bonding using aerospace-grade processes and bonding agents.