We are pleased to announce that we have changed our company’s name from Sinter Print to Elementum 3D! Our new name reaffirms our dedication to delivering exceptional value to the additive manufacturing industry. The name change was made to better reflect our focus on developing advanced 3D printing materials. We will continue our commitment to exceeding customers unique needs.Elementum 3D's high performance products are the next advancement in 3D printed materials technology. Our materials meet the demand for extreme durability, high-strength and lightweight solutions. They are able to withstand high-loads, are highly conductive, and resistant to abrasion, heat, oxidation, and corrosion.Our Ultra-Materials fall within three categories: advanced metal alloys, advanced composites, and advanced ceramics.
AMC Powders Co., Ltd. is an industry-leading supplier of metal powder products and application solutions for global users and partners. Based on the improved EIGA and VIGA gas atomization systems, AMC has developed several types of metal powder materials including titanium alloy, super-alloy, aluminum alloy, special steel and high-melting metal, etc. Through years of research in gas atomization technology process, AMC knows how to atomize a broad range of powder materials for various applications.
PyroGenesis Canada Inc. is the world leader in the design, development, manufacture and commercialization of advanced plasma processes. We provide engineering and manufacturing expertise, cutting-edge contract research, as well as turnkey process equipment packages to the defense, metallurgical, mining, additive manufacturing (including 3D printing), oil & gas, and environmental industries. With a team of experienced engineers, scientists and technicians working out of our Montreal office and our 3,800 m2 manufacturing facility, PyroGenesis maintains its competitive advantage by remaining at the forefront of technology development and commercialization.
Shanghai Blue Casting Special Alloy Materials Co., Ltd. is a leading domestic manufacturer of alloy materials, through the smelting, forging, precision casting, powder metallurgy process, for users of one-stop equipment to provide terminal alloy forging, profiles, castings, powder metallurgy products and other products The The company has been established since 2005, has been concentrated nickel alloy, cobalt alloy material technology research and development of molding technology, is committed to solving the complex application of material in the complex value of the actual application, has a solid foundation for material development and material resolution. Rich product line to provide users with multi-channel supply model, to achieve maximum value-added products.
Ultrapure metallic powders with a guaranteed title and extra-fine and homogenous particle size, specifically developed for additive manufacturing processes (3d print) for the goldsmith and dental sectors.
Hilderbrand & Cie SA is a Swiss company located in Geneva and is the world leader in precious metal brazing & soldering pastes and powders. Our pastes and powders are used worldwide for many applications involving a brazing or soldering process, Selective Laser Melting (SLM), Metal Injection Molding (MIM), powder spraying and sintering.
MD Alloys is a metallurgy manufacturing company specialising in research and production for the medical and dental industries. We hold current ISO 13485 and ISO 9001 certification, are fully compliant with the Medical Devices Directive and hold CE marks for our alloys.
The idea of building an iron and steel plant strategically near to raw material was that of the Belgian entrepreneur Charles Van der Straten Pontoz who founded the company “Miniere di Cogne” at the beginning of 20th Century. However, the development of the electricity-powered iron and steel project in Aosta Valley was undertaken by Pio Perrone. Skilled Italian and Swedish technicians supported the project. He thus created, in those difficult years of the first world war, a unique electric steel plant fed by Cogne’s magnetite and by the electricity produced in the Aymavilles, Chavonne and Champagne power stations.
The Argen Corporation was born in Johannesburg, South Africa, in 1963, as a small family business with a focus on refining x-ray films and precious metals for jewelry. In 1983, Bertie and Jackie Woolf, along with their family, moved Argen to the United States where they opened their first office in New York City selling precious metal alloy to dental laboratories. Just two short years later, they moved Argen Headquarters to San Diego, California where they bought their first 8,000 square foot facility.
La fabrication additive est un nouveau changement de paradigme dans la fabrication ainsi que dans la technologie des matériaux.
Z3DLAB se veut être acteur à fortes propositions dans ce secteur où l’innovation, la rupture avec les habitudes, le numérique ainsi que la personnalisation se rencontrent pour se matérialiser.
C’est pourquoi Z3DLAB se concentre sur 3 axes d’expertise :
De la conception à la réalisation (prototypes, petites séries; En métal réactif ou non )
La maîtrise des structures lattice
L’innovation matière & processus de fabrication
Basée dans le Val-d’Oise, Z3DLAB est équipée de matériels de pointe dans la Fabrication Additive métal capable de produire des pièces dans différents matériaux non réactifs et réactifs y compris le Titane.
La fabrication de pièces métalliques par fusion sélective par laser connue sous la dénomination AM (Additive Manufacturing) ou impression 3D métal est une technologie de rupture en matière de production de pièces avec une approche nouvelle de la conception à la réalisation.
On parle de Fabrication Additive / Rapide / Directe ou E-manufacturing lorsque l’on produit des pièces série directement, sans passer par un outillage.
By utilising the endless opportunities of our metal powders, we know that we can improve resource ef ciency and lead a wave of change for the better.
To achieve this, traditional ways of doing things must be challenged.
We actively seek out needs not being met and then invent new solutions. Our search for how metal powder can make a real difference never ends. With people at every level of our organisation dedicated to rede ning what is possible, we continue to amaze the world with new breakthroughs.
3,000 customers in 75 countries
More than 1,500 products, mostly customer specific, from 13 production centres
Around 700 granted patents
Turnover 2014: 7,100 MSEK
Profit (before taxes): 970 MSEK
Established in 1797 as a coal mining company
Owned by FAM and LindéngruppenDigital Metal Technology belongs to the global Höganäs Group, which is headquartered in Sweden and best known for its pioneering work in metal powders. There is an obvious and natural connection between 3D metal printing and the Group’s core business.
Being part of a much larger organisation guarantees the companies financial stability, and makes Digital Metal a reliable partner in the long term. It can also leverage its parent company’s worldwide presence and well-developed supply chain to ensure deliveries.
Digital Metal has developed its own unique proprietary precision ink-jet technology for making complex metallic components. It begins with an object described in a CAD file. This is materialised in its 3D printer, which works by laying down powdered metal in thin layers, interspersed with a special ink/glue.
Once complete, the object is sintered for strength. The result is a metal component or part with high resolution and tolerance.
An additional third step can be introduced to refine surface equality.
Materials Digital Metal’s components are currently predominantly made from stainless steel. However, other materials such as titanium, silver and copper are close to commercialisation."
AP produces fine distributions of metal powders from titanium and other reactive or high melting point alloys such as nickel superalloys and niobium. Its products are especially designed for Additive Manufacturing and other powder metallurgy techniques (MIM, Coatings, HIP). Its powders are of high purity (ceramic free melting with low oxygen content), and are highly spherical with minimal satellite content. The company uses its proprietary Plasma Atomization Technology and has very high quality standards providing full traceability of our products and batch-to-batch consistency. It principally services the Bio-medical and Aerospace industries with sales in more than 20 countries and it constantly invest in its technology and capacity to support the fast growing needs of our highly demanding clientele.
With almost 100 years of experience, H.C. Starck is a leading premium supplier of the technology metals tungsten, molybdenum, tantalum, niobium, and rhenium, high-performance ceramics, and thermal spray powders. With innovativeness, a clear commitment to quality, and extensive technological expertise we work side by side with our customers along the entire value-creation chain, supporting them as an expert partner in development and solution creation.Technology Metals / Refractory MetalsKey materials for high-tech industry: powders, compounds, semifinished products and customer-specific parts from tungsten, molybdenum, tantalum, niobium, rhenium, and their alloys.Advanced CeramicsFascinating materials for technology and medicine: powders and parts from aluminum oxide, aluminum titanate, silicon carbide, silicon nitride, zirconium oxide, further ceramic materials, and SOFC powders.AMPERIT® Thermal Spray PowdersTechnologically advanced, high quality thermal spray materials for demanding applications in aerospace, automotive, oil & gas or power generation markets: carbides, oxides, MCrAlYs, molybdenum, metals and alloys.AMPERSINT® Atomized Metal Powders and Alloys
High-quality gas- and water atomized metal powders for innovative, future-oriented powder metallurgical applications.Recycling and Metal Processing ServicesTungsten, molybdenum, tantalum, niobium, and rhenium recycling. High-precision and CNC-controlled machines for customer-specific long forging, rolling and extruding of pure and alloyed materials.
Hoeganaes Corporation, founded in 1953, has a network of companies encircling the globe. This international focus, combined with our own manufacturing facilities in the United States, Europe and Asia, along with marketing representatives around the world, enables us to serve customers effectively on a global basis.
Established in the UK, LPW Technology has been pioneering the use of Laser Deposition solutions since 2007, and in that time we’ve worked with a number of leading organisations in the industry.LPW was originally established to provide application support and powders to users of Laser Deposition and Powder Bed/Additive Metal Manufacturing machines. This is still our core knowledge. However, at the request of our clients, we have developed a complete range of optimised metal powders to deliver a fully dependable, quality product, at an affordable price.Through a combination of our expertise and cutting edge technology and products, LPW continues to develop innovative processes ensuring our products and consultancy services are at the forefront of technology with a focus on supporting UK manufacturing and exports, research and development and strategic partnerships. All powder is supplied with complete conformance certificates. Quality is ensured by strictly adhering to AS 9120, AS 9100, ISO 9001 & ISO 13485 certified procedures.
NanoSteel is an advanced materials company specializing in the design and commercialization of patented steels with exceptional mechanical properties derived from their nano-scale microstructure. The Company's primary focus is proprietary alloys for use as sheet steel in automotive lightweighting applications and metal powder for 3D printing of industrial parts. Founded as a spinoff of the U.S. Department of Energy's Idaho National Laboratory in 2002, NanoSteel has developed multiple generations of ferrous materials innovations including metallic coatings, powders, and sheet steel protected by over 400 patents filed/granted worldwide. NanoSteel is a privately held company funded by lead shareholders EnerTech, Fairhaven Capital, and GM Ventures. For more information, visit www.nanosteelco.com or follow us on Twitter @NanoSteelCo.
Progol3D® is the new Direct 3D Printing Service Bureau in precious metals and Titanium for jewelry and watch components.
Born as an independent business unit of Progold S.p.A., an italian company specialized in the production of alloys and master alloys for the jewelry industry,
it offers a 360° service to support the customer in the creation of semi-finished pieces through the use of the SLM™ technique.
A twenty-year experience in powder metallurgy and a close collaboration with RealiZer GmbH, German manufacturer of 3D printers, make Progol3D®one of the most influential players in the world of Direct 3D Printing for jewelry.
Thanks to an internal R&D lab and a constant monitoring of the production process, the Service Bureau represents a valuable asset to the customers' projects, ensuring excellent reliability and quality standards.
18K Gold in the three main colors (red, yellow and white), Platinum and Titanium: a unique service for every need.
"Aeromet International PLC are a global leader in the casting of aluminium and magnesium for critical components used in the Aerospace and defence industries. Investment castings up to 1.5m³ and sand castings up to 1.0m³
High Property castings available utilising SOPHIA process for conventional materials and the fully approved world’s strongest commercially available cast aluminium alloy, A20X® for ultra-high property applications.
Aeromet offers rapid prototypes, castings fully machined, surface treated /painted, assembled and kitted as per our customers’ requirements. "