3D ADDITIVE MANUFACTURING MACHINE
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3D ADDITIVE MANUFACTURING MACHINE

SHIFT TO FUTURE PRODUCTION WITH ENAVISION Over 50 years of experience, we transfer our knowledge to AM technologies with different machine models that we have developed for sophisticated customer requirements. We continue to operate with the 21st century’s innovative perspective, with the goal of becoming one of the world’s leading producers in the fields of technology and R&D. Being the manufacturing technology of the future, ENAVISION 3D Metal Additive Manufacturing Machine provides a design revolution and also an industrial revolution in various industrial sectors such as aviation-space,...

ENAVISION 120 METAL ADDITIVE MANUFACTURING MACHINE Achieve Your Big Ideas On Small Platform Size... Thanks to its compact and robust structure, we highly recommend ENAVISION 120 model for stepping in additive manufacturing world. ENAVISON 120 offers fast, reliable, investor-friendly and high quality solutions with profitable investment. This model combines effective functionality excellent ergonomics and ease of commissioning. The system is particularly well suited for applications in dental and medical sectors, research institutes and some others. ENAVISION 120 allows you fast and precise...

COMPACT DESIGN SHORT PAY BACK PERIOD The machine has a compact design with a size of 1200x900x1980 (mm: LxWxH) This makes it perfect for areas where space is limited. It will make you more competitive with low investment and operating cost. Due to the low initial investment, it is affordably many companies. SMALL BATCH Lower cost per parts for small batches with low gas and energy consumptions. ENAVISION 120 has an intuitive man-machine interface that enables you to operate it nearly from the fist start.

ENAVISION 250 METAL ADDITIVE MANUFACTURING MACHINE ENAVISION 250 For Impossible Products to Manufacture... Ermaksan is offering ENAVISON 250 to meet complex challenges in industrial Additive Manufacturing. With its open architecture, it enables to use different powder types in various industries. Ermaksan offers powder bed fusion selective laser melting technology for metal additive manufacturing. In this technology, ENAVISION begins by setting an even layer of the desired metal powder on the build platform and a high-powered laser fully melts the metal in the exact areas dictated by the...

Geometry and weight optimization can be obtained without modifying the mechanical specifications of the products. Lower unit costs can be obtained by manufacturing several parts within the same procution cycle. USER-FRIENDLY INTERFACE ENVIRONMENTALLY FRIENDLY Thanks to the easy-to-use interface, the user can operate the machine correctly and keep the process under control. A real environmentally friendly product with low energy consumption and minimum waste of powder.

ENAVISION STANDARD / OPTIONAL SYSTEMS SPECIFICATIONS CHILLER UNIT 2 separate outputs for laser power unit and optical system • • • • • • • N.S.A. Total cooling capacity Pump speed Pump power Tank capacity Connection Maximum noise level Dimensions • Total power consumption FILTRATION UNIT Designed for ENAVISION to achieve required build chamber conditions due to the desired O2 and humidity level. • • • • • • Embedded System Automatic filter congestion detection system Stainless steel piping Jet-pulse filter cleaning system Anti-static filter unit PTFE membrane, 0.5 micron filter unit...

POWDER RECOVERY SYSTEM Powder recovery system ensures to reuse of metal powders after production. Powders transported from powder collector and build platform from with handcontrolled hose towards to powder collector unit of the recovery system. Embedded sieve station screens the over size powders and collect in non-used powder collector. Screened powders collected on the re-used collector and waits to transfer to the machine. With an additional function button sieved powders transferred into the machine in a safe manner. INDUSTRIAL VACUUM CLEANER SYSTEM It is a vacuum system that vacuums...

UNIVERSITIES / RESEARCH INSTITUTES Different companies give their projects to the universities / research institutes so they have a direct experience of working with the industry. Most of the world’s research is done in universities / research institutes and most of them are now focusing on future technologies to get ahead of each other. Additive manufacturing is a production innovation that will be continued to revolutionize factories, mass production, inventory management and demand forecasting. With the additive manufacturing method, the production of final dental products and processing...

Offers wide scoped solutions for the part manufacturing industries with layered manufacturing. The metal parts can be manufactured without requiring conventional processing methods and having no limit in the geometry. The first area of use of the metal layered manufacturing was the top level technology industries such as space and aviation practices. As the technology developed within the time, its use became wider and effective in the medical, automotive and casting sectors. Flexibility offered by 3D additive manufacturing technology in design enables the improvement of the mechanical...

POWDER TYPES POWDER SAMPLES FOR ADDITIVE MANUFACTURING Metal Powder Types Ermaksan recommends the utilization of its own metal powder series that have been researched and tested in a comprehensive manner in order to obtain the performance suitable for the metal layered manufacturing systems. Titanium Titanium (Ti) is a material that has a density approximately 56% less compared to the steel and a high level of tensile strength/density. Thanks to its high strength and perfect corrosion resistance, the titanium components are available in a wide application portfolio. Since it is a...

CoCr powder specifications PARTICLE SIZE ALLICATION PARTICLE SIZE ALLICATION PARTICLE SIZE ALLICATION Inc 718 powder specifications PARTICLE SIZE ALLICATION Maraging Steel powder specifications PARTICLE SIZE ALLICATION PARTICLE SIZE ALLICATION Maraging Steel The parts being manufactured with this powder are used in the places where high temperature resistance and corrosion resistance is required. Being commonly used in aviation and space industry, these powders are also used in the parts in contact with chemicals, tools and parts in maritime, nuclear reactor parts and rocket engine parts....