EOS P 396
Integratable into IIoT environments
Build rate of 3 l/h with a packing density of 5%
Widest portfolio of materials on the market
Most homogeneous part properties throughout the entire build volume
Diversity of Materials
14 materials and 26 parameter sets allow a wide range of applications. Requirements of various industries can be completely fulfilled.
Quality of parts
All 3D printed parts with excellent mechanical properties and dimensional accuracy due to software features such as Smart Scaling, EOSAME and a continuous temperature monitoring.
Connectivity
Full integration into the IIoT environment with EOSCONNECT Core resulting in an entirely digital process chain from the CAD model, through ERP and MES connection, to the finished part.
Technické údaje EOS P 396
- Construction Volume
- 340 x 340 x 600 mm (13.4 x 13.4 x 23.6 in)
- Laser Type
- CO₂, 70 W
- Precision Optics
- F-theta lens, high-speed scanner
- Scan Speed
- up to 6 m/s (19.7 ft/s)
- Power Supply
- 400 V / 32 A, max. power supply 16 A
- Power Consumption
- typical 2.1 kW; maximum 10 kW
- Machine Dimensions (W x D x H)
- 1,840 x 1,175 x 2,100 mm (72.4 x 46.3 x 82.7 in)
- Recommended Installation Space
- ca. 4.3 x 3.9 x 3.0 m (169.3 x 153.5 x 118.1 in)
- Weight
- ca. 1,060 kg (2,337 lb)
- Software
- PSW 3.8, EOSCONNECT Core, EOSCONNECT MachinePark,EOSCONNECT (open interface OPC-UA, Web API), Smart Scaling
Compatible materials
- PA 1101 - Polyamide 11
- PA 2200 - Polyamide 12
- TPU 1301 - Thermoplastic Elastomer
- PA 1102 Black - Polyamide 11
- HP 11-30 - Polyamide 11
- FR-106 - Polyamide 11
- PA 2201 – Polyamide 12
- PrimePart FR (PA 2241 FR) – Polyamide 12
- PA 2210 FR - Polyamide 12
- PA 3200 GF – Polyamide 12
- Alumide® – Polyamide 12
- PA 640-GSL – Polyamide 12
Industrial 3D Printing for a Perfect Fit
Digital Production of Orthoses and Prostheses
We offer systems, materials and processes, software, and services – anything that you need for the 3D printing of prostheses and orthoses. With our solutions, orthopedic technicians and companies benefit from reliable data, stable processes, and decades of market experience.
Why 3D printing? With conventional manufacturing processes, the model needs to be manually adapted for each patient. The large number of steps involved means that production is expensive and time-consuming.
3D Printing in Practice
Additive Manufacturing for Serially Produced Vehicles
We help our customers implement additive manufacturing wherever it can fully demonstrate its strengths. This ranges from major changes to logistics systems, detailed equipment customization and lightweight parts, to engine technology fine-tuning. 3D printing technology holds the potential to optimize the automotive production value chain and react quickly and flexibly to new trends. This potential is extremely valuable in an industry where every player, automotive manufacturer, OEM and tooling provider faces high costs and innovation pressure.
More information →
Shoes and Soles From the 3D Printer
Additive Manufacturing for a Perfectly Fitting Shape
Personalization has been more than just a trend for a while now. As well as offering greater comfort to their wearers, custom shoe soles open up completely new possibilities for fashion customization.
Additive manufacturing has the solution: Thanks to a fully digital process, trendy designs can be put together using scans of the sole of the foot, then transformed into custom-fitting shoe soles made from polymer materials by industrial 3D printing.