Printed · networked · designed in code

Hardware
you can regenerate.

Every QLTY object starts as a parametric file and ends on a Ø200 mm print bed. Change a number, print a better one. First line: speakers.

QLTY Sound →

Lines

What exists today, what is being built, and what is still a sketch. Nothing here is for sale yet — join the list and you hear first.

QLTY Sound · 01

The Pair

Two active speakers: sealed Ø200 cylinder, nested Voronoi relief, 5" Norex woofer, silk dome in a printed waveguide, DSP crossover, PoE+. Sub-microsecond sync over Ethernet.

Phase 1 · prototypingReserve →
 QLTY Sound · 02

Atmos Head

Up-firing height module that clips onto the crown's spigot in place of its lid. 20° tilted plate, 3" full-range, fourth amp channel.

Phase 2 · designedReserve →
QLTY Sound · 03

Sub & Surrounds

Same cylinder, different heads: a stacked end-firing sub, centre and surrounds, heights. The pair becomes a 7.1.4-class room on one PoE switch.

Phase 3 · planned
QLTY · next

More lines

The cylinder, the skin recipe and the node board are a kit of parts. Lamps, planters and other printed objects are on the sketchpad.

Ideas
How QLTY builds

Source, not
SKUs.

The design lives in a repository. The STL you print, the firmware you flash and the page you are reading all come from the same numbers.

  1. Parametric or it doesn't shipEvery dimension is a variable. A new driver, a taller printer or a different look is a parameter change and a rebuild.
  2. Fits a Ø200 bedThe one hard constraint of the printer became the product language: stackable cylinders joined by spigots and O-rings.
  3. Measured, then believedDrivers come from datasheets, boxes from the math, and the final word belongs to a microphone.
  4. Honest about licencesWe render immersive audio from decoded PCM; we do not decode Dolby bitstreams. The experience, built the open way.
Waitlist

Hear first.

One email when the first pair is ready to reserve. Nothing else.