Fig. VIII — Structura Stratificata

Auralis PrintStructura Stratificata — the layered structure

An additive workflow grown from light — a 29 μm 8K LCD engine for models, guides, splints and casting patterns, a one-station wash & cure, and a tested family of 405 nm dental resins. Print builds the workpiece; the mill keeps the restoration.

AXIS Z PLATFORM · AUTO-LEVEL STRATA RESINA 405 UV 405 NM · 8K MONO · 29 μm
Fig. VIII-a — Platforma Ascendens, sectio lateralis
The Additive Lineup

Three instruments, one closed loop

Printing is a chain, not a machine. Auralis Print pairs the build engine with post-processing and tested resins — so a workpiece leaves the platform and enters the clinic without a detour.

Tier II — Post-Processing

Print Cure

Wash & cure, one station

The finishing station. A sealed wash chamber lifts the uncured film away; dual-band UV on a 360° magnetic turntable then drives the cure to full depth — 2 to 90 minutes, dialled to the material.

Wash chamber170 × 120 × 160 mm
Cure chamberØ165 × 200 mm
Cycle time2–90 min
Rated power96 W
Tier III — Materials

Resins

405 nm photopolymer system

The material family. Model, guide, temporary-crown and casting resins — each profile tuned on the Auralis engine and tested through the full wash-and-cure loop, so parameters are inherited, not guessed.

Wavelength405 nm
FamiliesModel · Guide · Temp · Cast
Tuned forAuralis Print
Tested withPrint Cure
Two Ways to Make

Additive builds, subtractive finishes

One digital file, two manufacturing lines. The division of labour is simple: geometry that must be grown belongs to Print; surfaces that must carry the bite belong to Mill.

Additive · Auralis Print

Grows geometry from liquid resin, layer by layer. Models, guides, splints, denture bases and casting patterns — with the hollows, channels and undercuts no bur can reach.

  • 01

    Works while the lab sleeps

    40–60 mm/h, heated chamber, auto-feed — queue a build at night, wash and cure it in the morning.

  • 02

    Microns that surgeons trust

    29 μm XY accuracy and 8× anti-aliasing keep guide sleeves and model margins true to the plan.

Subtractive · Auralis Mill

Carves the final restoration from a solid ceramic blank. Zirconia, glass ceramic and PMMA — dense, sintered, load-bearing surfaces that only cutting can deliver.

  • 01

    Owns the occlusal table

    Every surface that carries the bite — crowns, bridges, veneers — is milled, then fired in Auralis Sinter.

  • 02

    Shares one file with Print

    The same case moves between both lines — print the model to verify, mill the restoration to deliver.

Print — Technical Data
PropertyValue
Light source405 nm UV array
Exposure screen10.3″ 8K monochrome LCD
Native resolution7680 × 4320 px
XY accuracy29 μm
Layer thickness0.01–0.1 mm
Build volume228 × 120 × 100 mm
Print speed40–60 mm/h
Chamber heating20–45 °C
Anti-aliasing
Levelling & feedingAutomatic
Footprint340 × 292 × 552 mm
Print Cure — Technical Data
PropertyValue
ProcessWash + cure, one station
Wash chamber170 × 120 × 160 mm
Cure chamberØ165 × 200 mm
UV sourceDual-band
Rotary platform360° magnetic
Speed settings3 levels
Timer range2–90 min
Rated power96 W
Net weight6.5 kg
Indications
Splints Dentures Temporary crowns Casting patterns Surgical guides Occlusal models Restorative models

All indications are tested on Auralis 405 nm resins through the full Print → Print Cure loop. Material-specific parameters ship with every bottle.

Specimen Gallery
Auralis Print machine, front elevation
Machine, front elevationFig. VIII-b
Build platform rising from the resin vat
Platform, mid-riseFig. VIII-c
Printed dental models and guides
Printed workpiece setFig. VIII-d
Runs With

Put the additive line to work in your lab.

Demo prints, resin starter kits and full parameter sheets are available for partner labs and clinics across Southeast Asia.

Book a Print Demo Chat on WhatsApp