Eosint p800

EOSINT P 800 is the world's first laser sintering system for the Additive Manufacturing of Violin built in PEEK by laser-sintering on an EOSINT P800.

The printer will alert you when getting low or when tank needs to be 公司成立于1989年，总部设在德国，的EOS是技术和设计驱动的，综合性的电子制造 EOSINT P800激光粉末烧结系统￥0; EOSINT P760激光粉末烧结系统￥0 19 Oct 2015 been providing additive manufacturing services with PEEK materials using EOS' EOSINT P800 Selective Laser Sintering (SLS) technology. 1 Sty 2020 EOS FORMIGA P110 VELOCIS · EOS P396 · EOS P770 · EOS P800 · EOS P810 · SINTRATEC S2 · SINTRATEC S1 · SINTRATEC KIT 10 Dec 2015 (DMLS/metal). 3D Systems ProX 100. (DMLS+/metal, polymer, ceramic). EOS P800. (SLS/polymers). 3D Systems ProJet 5500.

03.05.2021 Eosint p800

The paper identifies al so a 6% difference in crystallinity between the core and surface of the manufactured parts which relates to the colour changes noticed and it is believed to be the result of a thermo -oxidative effect. PEEK/graphite composites using the EOSINT P800 system. The current study presents for the first time properties of PEEK/graphite powder and sintered composites. Small amount of graphite up to 5% wt improved the mechanical strength of the composites, whereas incorporating of 7.5%wt graphite leads to the drop in tensile strength.

EOS P 770. Laser sintering system with two lasers for the production of large parts and for industrial high throughput manufacturing. Learn More. eos-p800- rapid

Right from the beginning our additive manufacturing department was specialized in high performance plastics. Based on our roots in small series production and because of sophisticated materials our main focus is more on serial parts than on rapid prototyping.

17 июн 2020 Известно, что установка Eosint P800 разработана в результате серьезной доработки установки Eosint P760 с учетом подогрева

Scan speed during building. up to 2 x 6 A new milestone was reached in 2013 when the EOSINT P800 für PEEK was installed. Right from the beginning our additive manufacturing department was specialized in high performance plastics. Based on our roots in small series production and because of sophisticated materials our main focus is more on serial parts than on rapid prototyping. The EOSINT P800 by AM systems manufacturer EOS GmbH is the first commercially available high temperature laser sintering (HT-LS) system capable of working high performance polymers; a PolyEtherKetone (PEK) known by the trade name HP3 PEK is the first material offered by EOS for use with the system. eosint p 800 是積層製造高性能塑料產品的雷射燒結系統。該系統對高熔點聚合物使用分層方法，生產具有卓越性能的零件。在生產過程中，集成在雷射線功率控制模塊（olpc）持續監控雷射性能。 EOSINT P800 Vysoce produktivní, modulový systém laserového spékání pro aditivní výrobu vysoce výkonných plastových dílů.

In the Eosint P500 machine, the operating temperature is already ~300 °C. However, the creators note that the Eosint P500 is operated simultaneously by two 70 W lasers, and a Poly Ether Ketone (PEK) components using the commercial high temperature laser sintering system, EOSINT P800. The shrinkage and the mechanical performance of components across the entire build chamber have been analysed and a non-linear shrinkage profile has been obtained.The result indicates that mechanical strength in Z direction is lower 9/10/2015 EOSINT P800 – High Temperature Laser-Sintering System and configuration • Only commercially available machine in the world for high-temp materials (above ~250ºC) • Build area: 700 x 380 x 560 (mm) • Building speed: up to 10mm/h •Layyµer thickness: 120µm • Processing Temperature – Up to 370ºC • EOS PEEK HP3, more materials in 6/11/2020 9/1/2014 EOSINT P760. EOSINT P800. Leapfrog Creator HS Lite.

The system uses a process of layering polymer melt at The EOS additive manufacturing (AM) systems for plastics use the selective laser sintering (SLS) technique. In this process a laser works as the power source to sinter powdered material.Our SLS printers enable the cost-efficient and high-performance production of high-quality parts from plastics. EOSINT P 800 Effective building volume: 700 mm x 380 mm x 560 mm (27.6 x 15 x 22.05 in) Building speed (material-dependent) 7 mm/h (0.3 in/h) Layer thickness (material-dependent: typically 0.12 mm (0.005 in) Support structure: not required. Laser type: CO 2, 2 x 50 W. Precision optics: F-theta-lenses. Scan speed during build process: up to 2 x 6 m/s (19.7 ft/s) Highly productive, modular laser sintering system for the production of high-performance plastic components.

During the laser sintering process, a powder layer with thickness of 0.12 mm was applied to the bed by means of a powder spreading mechanism. Once sintered, the material went through a post-sintering stage where the powder layer was exposed to thermal All Parts were built on an EOSINT P800, which was slightly modified to process carbonfiber reinforced PEKK - in an optimal way. The modifications include an optimized process, heating parameters and recoating concept as well as the use of a different recoating blade. All parts were built after thoroughly warming up the machine 7/31/2013 This study is the first investigation into laser sintering of both virgin and used polyether ketone (PEK) powder using a bespoke high temperature (HT) polymer laser sintering machine (known commercially as EOSINT P800).

Jul 17, 2019 · The researchers investigated different cell types and biomimetic scaffolds for bone regeneration. They used this technology to heal part of a rabbit’s skull bone using the EOSINT P800 SLS printer from the German manufacturer EOS. The PEKK implants were especially biocompatible and did not lead to any rejection from the body or inflammation. The 24-inch Epson SureColor® P6000 and 44-inch SureColor P8000 printers are the worthy successors to the class-leading Epson Stylus Pro 890 Series. Designed for general purpose graphics and photographic applications, they incorporate our latest imaging technologies – including an exotic Epson PrecisionCore® TFP® print head, along with our unique Epson UltraChrome® HD eight-color EOSINT P 800 is the world’s first laser sintering system for the Additive Manufacturing of high-performance plastic products at the necessary high process temperatures (High-Temperature Laser Sintering, HTLS). The system uses a layering process on high-melt polymers at temperatures of up to 385 °C, producing parts with remarkable properties. EOSINT P 800 is the world’s first laser sintering system for the production of high-performance plastic products at required high process temperatures. The system uses a layering process on high-melt polymers at temperatures of up to 385 °C, producing parts with remarkable properties.

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9/1/2014

OBLIQUE.

The data below has been compiled by testing EOS SLS systems. EOSINT systems such as the p100, p390, p800 etc. will tend to obey these design rules and

Small amount of graphite up to 5% wt improved the mechanical strength of the composites, whereas incorporating of 7.5%wt graphite leads to the drop in tensile strength. The micro-CT results To make their implants, OPM uses the most advanced laser-sintering machine on the market, the EOSINT P800 made by the Munich, Germany based company EOS, which is the first capable to "print" the special polyetherketoneketone (PEKK) material that has proved suitable for human implants. eosint p800 Vysoce produktivní, modulový systém laserového spékání pro aditivní výrobu vysoce výkonných plastových dílů. S větově první systém laserového spékání pro aditivní výrobu vysoce výkonných plastových výrobků na potřebné vysoké procesní teploty (HTLS). The EOS additive manufacturing (AM) systems for plastics use the selective laser sintering (SLS) technique. In this process a laser works as the power source to EOSINT P 800 is the world's first laser sintering system for the Additive Manufacturing of Violin built in PEEK by laser-sintering on an EOSINT P800.

The world's first system for laser sintering additive manufacturing of high-performance plastic products to the required high process temperatures (HTLS).