Resin-based additive processes can leave bubbles and trapped materials that are invisible without CT.
This 3D printed shoe combines a novel elastomeric lattice with traditional shoemaking processes.
Isolate and visualize the many materials used in the construction of this athletic shoe.
See voids, pores, and inclusions left over from the aluminum casting process.
Learn how the most popular sous vide cooker on the market works.
Explore the complex assembly of surface-mount components and copper windings that provide power to iPads.
See the complex assembly of flexible films and rigid plastic components that keep baby food fresh on the shelf.
Differentiate glass and plastic lens elements, metal screws, and even adhesive bonds between the prisms.
Look inside the enclosure to see assembled components, wiring, and speaker drivers.
Carbon fiber construction can leave undesirable pores, voids, and inclusions in critical components.
Find undesirable inclusions and voids from composite fabrication processes.
See o-rings, thread engagements, and internal channels without destructive testing.
Voyager's automated porosity detection tool finds numerous hidden voids in this aluminum automotive casting.
Explore an industrial CT scan of a DMLS 3D printed part
A surface defect may look minor. Assess the damage that lies beneath with the virtual slicing CT provides.
Measure internal channels and find thin or broken walls in complex metal parts.
Explore an industrial CT scan of an FDM 3D printed part
Inspect battery layers and electronics assemblies to prevent catastrophic failures.
Explore an industrial CT scan of an MJF 3D printed part
Digitize the inspection of 3D printed parts to ensure they are meeting your standards.
Isolate multiple polymers and explore their interaction with CT scanning.
Planar magnets allow these headphones to have wider, flatter drivers than conventional headphones.
Explore an industrial CT scan of an SLS 3D printed part
Discover the impressive acoustical engineering inside this portable speaker.
Use computed tomography to inspect and measure hard-to-reach areas in metal AM lattices.
Visualize the complex fluid-routing and sealing systems in this mass-produced plastic valve.