Additive Manufacturing
Selective Laser Melting (Realizer SLM-50)
Selective Laser Sintering (SINTRATEC Kit)
Fused Deposition Modeling (3 devices)
Stereolithography (Formlabs FORM3)
Developing First SLM Desktop Machine For Making Metal Parts.
With The SLM 50 Realizer Provides The World’s First SLM Desktop Machine For The Production Of Metal Parts. The Desktop Unit Is Designed For The Production Of Components With A Diameter Up To 70 Mm And A Height Up To 80 Mm.
As A Technology Leader ReaLizer Engages In The Development Of SLM Machines Back On Extensive Know-How And Many Years Of Experience With This Procedure. So The Developers Of Selective Laser Melting (SLM ™) 1999 Introduced The World’s First SLM Machine For Manufacturing Components Made Of Metallic Materials On The Market.
Applications
An important application for the SLM 50 is the production of crown copings, bridge frameworks or brackets made of cobalt-chrome, or gold alloys. For a conventional stump model is made after molding by the dentist first. Then the dental technician scans the model, and prepares the data for the individual components with a particular CAD software. Based on these 3D data , the SLM produces 50 exactly matching Dental parts – quickly and in high quality.The parts are absolutely true to size, one hundred percent proof and require little post-processing. On the construction platform with a diameter of 70 mm can be simultaneously up to 50 individual members finished. Compared to the conventional casting technique producing the SLM 50 starting at around 100 units per month is economically sensible.
Another practical application for the SLM 50 is the production of jewelry from different gold alloys and stainless steel.
With the optional integrated stereo microscope this device also opens universities and research institutes excellent opportunities for process monitoring. Also, various monitoring cameras are used, with and without a microscope.
Post-processing
Vacuum and air atm. furnaces up to 1800 oC
Machining, polishing, chemical etching facilities
We use selective laser melting to manufacture metal, metal alloys, metal-ceramic composites. Our team has strong multidisciplinary background in materials science and engineering. We review each part to offer the best suited material and technology of manufacturing. Our portfolio is not limited with the manufacturing of commercial materials. Our R&D works hard to develop new materials for additive manufacturing of various functional parts.
Materials։ Titanium, stainless steel, aluminum, silver, bronze, brass, silicon. Contact us for manufacturing of composite materials.
Selective laser sintering was initially used for building plastic parts for automotive, aerospace, medical industries.
We formulate feedstock to open the limitation of the technology and apply it for fabrication of glass and ceramic composites.
Steroelithography allows to manufacture prototypes with high accuracy with finely detailed features and smooth surface. It works by using a high-powered laser to harden liquid resin that is contained in a reservoir to create the desired 3D shape.
We are formulating ceramic-resin composites to enable manufacturing ceramic-based composites by stereolithography and achieve the necessary optical, mechanical and electro-thermal properties.
Our team is worries about environmental issues and the future of our common home – earth. We do our step to protect the environment through formulating waste less technologies and recycling of materials.
We are developing technology to recycle the plastics to prepare filaments for 3D printing.
