Home / Machines / EOS P 396

EOS P 396

SLSEOS

Quick answer

The EOS P 396 is EOS's medium-format production SLS printer: a 340 × 340 × 600 mm build volume, a 70 W CO₂ laser and five material-dependent layer thicknesses from 0.06 to 0.18 mm, per the EOS system data sheet — the scale-up platform for serial nylon production on PA 2200, PA 1101 and PA 3200 GF.

The P 396 is the mid-size production workhorse of the EOS polymer line — EOS calls it its medium-format bestseller — aimed at serial components, spare parts on demand and functional prototypes. It runs the same EOS powder ecosystem as the compact Formiga P 110 at roughly triple the build height, with EOSCONNECT integration into MES/ERP environments for documented, repeatable production.

For nylon work the relevant materials are the EOS polyamide set: PA 2200 (PA12) as the standard, PA 1101 (PA11) for ductility and PA 3200 GF (glass-filled PA12) for stiffness — all three are in the material database with datasheet values.

Specifications (manufacturer)

SpecificationValueNote
TechnologySLS (polymer powder-bed fusion)
Build volume340 × 340 × 600 mm13.4 × 13.4 × 23.6 in, per EOS SDS
Layer thickness0.06 / 0.10 / 0.12 / 0.15 / 0.18 mmAvailability depending on material, per EOS SDS
LaserCO₂, 1 × 70 WPer EOS system data sheet

Specifications the manufacturer does not state in the cited documents are omitted rather than estimated — see the sourcing policy.

Notes

Frequently asked questions

What is the difference between the EOS P 396 and the Formiga P 110?

Scale and laser power. Per their EOS data sheets: the P 396 offers 340 × 340 × 600 mm with a 70 W CO₂ laser and five layer thicknesses (0.06–0.18 mm); the P 110 Velocis offers 200 × 250 × 330 mm with a 30 W CO₂ laser. Both run the EOS polymer powder range.

Which nylons run on the EOS P 396?

The EOS polyamide portfolio, including PA 2200 (PA12), PA 1101 (PA11) and PA 3200 GF (glass-filled PA12) — each documented with datasheet values in the material database — plus black and flame-retardant PA grades listed by EOS.

Sources

Last updated: November 2026