SLM Solutions NA Inc

Wixom,  MI 
United States
  • Booth: 1004

SLM Solutions is a leading provider of metal-based additive manufacturing systems that optimize fast and cost-efficient part production. With multi-laser options, bi-directional recoating, an open system architecture for materials and parameters and the safest operation with closed-loop powder handling, Selective Laser Melting systems achieve build speeds up to 70% faster for complex and completely dense metal parts.

These powerful and innovative machines, available in three sizes with single, dual and quad laser capabilities, support an optimal approach for faster, more flexible metal part production and prototype development across the aerospace, automotive, academia, energy and medical industries. Headquartered in Lübeck, Germany, SLM Solutions Group is a publicly traded company (TecDax) with its North American offices located in Metro-Detroit.

More information on our systems, videos, case studies and white papers can be found in our Metal Additive Manufacturing Resource Center

 Press Releases

  • The SLM Solutions Group AG has collaborated closely with AUDI AG for quite some time. The company uses the selective laser melting process to manufacture parts for prototypes and spare parts requested extremely rarely. For example, the water adapters of the Audi W12 engine are manufactured on demand with the SLM 280.

    The metal-based additive manufacturing technology opens up completely new ways in the areas of development, design and production, and is now also systematically used in various areas of the automotive industry. The biggest advantage of this process is the realization of highly complex components, which cannot be produced with existing manufacturing processes or only at high costs. As a rule of thumb, the smaller, more complex and less cost-sensitive a component is, the more it is suitable for 3D printing.

    AUDI AG has taken advantage of these favorable conditions and uses metal 3D printing for special application areas. In exclusive series, the first components are already being manufactured using the additive SLM method, as well as rarely requested, original spare parts, for example the water adapter for the Audi W12 engine. Dr. Alexander Schmid, After Sales Manager at AUDI AG stated, “Manufacturing on demand is a vision for us to ensure supply with original spare parts, which are required less often, economically and sustainably in the future. Regional printing centers would simplify logistics and warehousing.”

    The machines of the SLM 280 series have proved particularly interesting in the automotive industry. The machine creates high-quality metal parts based on 3D CAD data. Measuring 280 x 280 x 365 mm, the machine provides one of the largest construction spaces in its class as well as patented multi-beam technology. The powerful 700W lasers, which expose the build field during the build process via 3D scan optics, shorten build times with excellent productivity, high quality and safe powder handling.

    Prototyping has already revolutionized the technology because a component can be transferred directly from design drawings into reality. Harald Eibisch in the Technology Development Department at AUDI AG, noted, “The new constructive freedoms provided by this technology are especially interesting. Components for prototypes and spare parts requested extremely rarely are better suited for SLM processes than conventional manufacturing procedures thanks to the benefits of free geometric design. The load capacity of the components is comparable with parts manufactured using traditional methods.” The water adapter of the W12 engine also shows that 3D printing sets no limits in terms of loads. There is no direct disadvantage in the material properties, and even highly stressed parts such as pistons can be printed. Because material is applied layer by layer, you can specifically influence the microstructure, via which the mechanical properties differ significantly from conventionally produced components.

    The research department attributes enormous importance to the topic of 3D printing. Dr. Ruben Heid in the Technology Development Department at AUDI AG, added, “According to a rule of thumb, a component is suitable for 3D printing when it is smaller, complex and not very cost-sensitive. The additive process provides us with plenty of leeway, for example, if a component is to handle additional functions such as cooling or current. The new procedure also provides benefits in weight reduction.”

    Ralf Frohwerk, Global Head of Business Development at SLM Solutions Group AG confirmed, “The trust of automobile manufacturers in metal-based 3D printing is increasing daily. Thanks to a growing understanding of “real and meaningful,” 3D-suitable designing, previously unimaginable designs for vehicle parts are being created. Knowing that nearly every automaker also has vehicle programs with numbers of pieces under 2000 – 3000 units per year in its portfolio, there are also already aluminum die cast components today, for example, that can be produced more economically using additive processes.


  • Additive.Designer
    Additive.Designer software combines the steps to build metal 3D printed parts adaptable to user needs. The software’s aim is to lower the additive manufacturing learning curve by reducing the software skills needed for success while optimizing builds....

  • SLM Solutions’ software division develops intuitive software for the additive manufacturing industry. Customized integration allows for the implementation of additive technologies in manufacturing and production environments

    Additive.Designer is the novel pre-processing tool in the Additive.Intelligence software package for metal additive manufacturing. The software combines all features necessary to generate 3D printed parts while being fully adaptable to the customer’s needs. The range of features starts with the native CAD-file import and ends by defining the necessary milling strategies to automatically post-process the AM part on a milling machine. The software imports all native CAD formats, eliminating the need for STL files, reduces the need of supports with an optimized exposure strategy, guides users to the best plate positioning with component orientation processing and offers a preliminary calculation of the build costs based on the machine and build set-up. The goal of the software is to lower the learning curve of additive manufacturing by reducing the software skills necessary to be successful while optimizing builds with less supports and workflows based on specific part preparation.

  • SLM 280 Selective Laser Melting System
    The SLM 280 metal additive manufacturing system has the largest build volume in its class with up to two 700W lasers to process a variety of metal powders....

  • Ideal for medium to high volume metal part production and prototypes, the next generation SLM 280 2.0 Selective Laser Melting System offers a 280 x 280 x 365 mm (11 x 11 x 14 in) build envelope with an improved laser beam profile and the highest laser power offered in its class. With patented multi-beam technology, the SLM 280 can be equipped with up to two 700W fiber lasers. The integrated SLM Build Processor and open software architecture offers the freedom of controlling system parameters to run standard builds or optimize to meet strict production needs and gain a competitive advantage.

    Coupled with the PSV powder handling system, the complete process is performed in a closed-loop powder handling and inert gas atmosphere. The updated gas circulation ensures efficient removal of soot from the build chamber for precision and optimal use of the full laser power. The high-efficiency filter system extends filter life with two main filters in parallel operation and a fine particle filter to further remove soot from the build atmosphere. The filter housing unit is also reusable and can be set-up with recyclable filter cartridges that help to reduce your overall operational costs. In addition, the patented bi-directional powder coating helps reduce the manufacturing time by depositing a new layer of powder in both directions without having to return to a “home” position.

    As an open system, The SLM 280 allows the use of materials from any supplier. Operating parameters are easily tested and developed, simplifying the task of material development. A build volume reduction option allows users to process minimize powder usage, especially for research and development applications. Quality assurance modules are available on single and multi-laser systems to monitor builds and aid in process transparency and documentation.

    Achieve greater component quality for complex, delicate, yet fast part builds. SLM 280 systems regularly achieve 80% higher build rates than competitive offerings; accomplished by proper laser configuration and SLM Solutions’ bi-directional powder recoating.