Additive production of Series Parts as much as 1 Meter in total. Innovation Stories What the EOS P 770 Is Accomplishing for the clients
Develop rate of 5.6 l/h by having a packaging thickness of 5%
Greatest develop area available on the market
System loaded with 2 lasers that are powerful
Using the selection that is currently available of synthetic materials and 9 material/layer depth combinations, EOS could be the frontrunner in product diversity. Additionally, the EOS ParameterEditor could be used to define customized exposure parameters predicated on proven beginning values.
The established EOSAME feature homogenizes the power input, ensuring exceptional part mechanics and dimensional precision through the build volume that is entire. There are not any visible sides within the overlapping area associated with the lasers.
The temperature that is optimized, improved layering speed and effective lasers notably decrease the create time and therefore the part costs.
EOS P 770
Additively produced components let us test different design variations quickly and cheaply. EOS machines additionally supply the part that is required and dimensional precision efficiently.
EOS technology is really a process that is robust yields identical outcomes. We defined the technical properties of every component and effectively confirmed that the EOS system satisfies our specs and achieves the product that is same with every create purchase.
Innovation Stories What the EOS P 770 Is Accomplishing for Our clients
Effective and resource-conserving creation of elements for commercial aircrafts making use of additive production by EOS.
Easier, faster, less expensive construction of design prototypes when it comes to wing that is front of Formula 1 race vehicles.
Small-series production with 3D publishing: Additive manufacturing of thin-walled fluorescent tube fixtures for the onboard information displays of ICE trains with EOS techniques
Require information or wish an offer? Get in contact!
Polymer Materials for the EOS P 770
EOS has excellent materials expertise and a portfolio that is comprehensive of developed synthetic and polymer materials for additive production. All materials, systems and process parameters fit together optimally. This enables you to definitely understand the specified home pages when you look at the most readily useful way that is possible your products or services.
Alumide is just a metallic grey, aluminium-filled polyamide 12 powder, which can be seen as an its high tightness, metallic look and good post-processing possibilities.
The white, light-transmissive, additively manufactured components are described as high effect resistance and elongation at break.
PA 1102 black colored
PA 1102 black is just a mass-colored black colored polyamide 11 powder, which will be optimized for the utilization as a laser sintering product.
The home profile of durable components produced from PA 2200 is extremely balanced: such components are described as energy, rigidity and good chemical resistance. Also they are biocompatible and certified for experience of foodstuffs.
Components created from untreated polyamide 12 powder will also be white but appear somewhat more clear. This product is authorized for connection with foodstuffs (Food And Drug Administration, 21 CFR).
PA 3200 GF
Components produced from this polyamide that is white powder filled up with cup beads are impressive for their high rigidity and good elongation at break. They’re also particularly resistant to put on and thermally resilient.
PrimeCast 101, a grey powder on polystyrene foundation, is ideal specifically for investment casting because of its exceptional accuracy that is dimensional its low melting point.
PrimePart FR (PA 2241 FR)
This polyamide-12-based product is white and possesses a halogen flame retardant. Because of its good refreshability, it really is really cost-efficient when compared with other flame-retardant materials.
EOS TPU 1301
The components created from this white product are exceptionally hydrolysis-resistant, with a high resilience and good tribological properties.