top of page
THE MAKING OF A PART

Watch an idea
become matter.

A strand of plastic. A pool of resin. A bed of metal powder.
Three different ways to build something, one layer at a time.

01 / FDMDraw with melted plastic02 / SLATurn liquid into solid03 / SLMFuse metal with light
FUSED DEPOSITION MODELINGILLUSTRATED CUTAWAY
01 / THE SETUPLAYER 01 / 24
01

Start with a strand.

Drive gears feed solid filament into a heated print head. The build plate gives the first layer a place to bond.

PauseReplayExplore the process0:00 / 0:321×
01 / Feed02 / Deposit03 / Stack04 / Finish

A simplified illustration, not a machine simulation. Selected machine surfaces are transparent to reveal the process. Layers, light, and material flow are exaggerated to make them visible; build time is compressed. Use the timeline to inspect a still frame.

WHAT YOU’RE SEEING

A toolpath becomes a solid.

The nozzle follows the slice of the model, laying down adjacent roads of softened thermoplastic. Each new layer bonds to the one below. This hollow demonstration part shows the walls; other geometries can also use infill and supports.

Explore FDM printing
SAME PRINCIPLE. DIFFERENT PHYSICS.

What changes
between processes?

01 / FDM

Heat + a moving nozzle.

Thermoplastic filament softens in the hot end, then follows a toolpath. A practical starting point for functional parts, fixtures, and larger prototypes.

Starts as
Solid filament
Becomes solid through
Cooling and bonding
After printing
Remove supports as needed; finish to suit
02 / SLA

Light + liquid resin.

Light selectively cures a photopolymer. This example shows masked SLA (MSLA): an LCD mask defines each exposure. Laser SLA instead traces the layer.

Starts as
Liquid photopolymer
Becomes solid through
Light-triggered curing
After printing
Wash, dry, post-cure, and remove supports
03 / SLM

A laser + metal powder.

A laser melts selected regions of a thin powder layer. SLM is a form of laser powder bed fusion. The chamber atmosphere is controlled during the build.

Starts as
Fine metal powder
Becomes solid through
Melting and solidification
After printing
Cool, depowder, and complete required post-processing

Process references: Prusa — FDM / FFF · Formlabs — resin printing · EOS — metal powder bed fusion

Now, imagine
your part.

Tell us what it needs to do. We’ll help choose the right process.

  • Instagram
bottom of page