Contact us if you are interested in receiving more information, you are interested in personalized attention, a study on your particular case or visit our showroom, fill in the form and we will get in touch with you.

    Name *

    Surname *

    Company *

    City *

    Phone *

    E-mail *

    Web

    Message

    * The marked fields are required

    I have read and accept the legal warning and the Privacy Policy

    I give my consent to MAQUINSER, S.A. for sending commercial news and / or new promotions of its products and services.

    To send the mail it is necessary to mark the two boxes

    Aluminum

    Aluminium

    Aluminum is sintered in the Direct Laser Metal Sintering (DMLS) process or melted in the Selective Laser Melting (SLM) process. Small details down to 25 microns and thicknesses as small as 50 microns are possible when using aluminum. Parts that typically have a textured, matte surface that distinguishes them from traditional machined aluminum parts. Due to its low weight, 3D printed aluminum is used for automotive and racing components.

    Alloy

    Aluminum Alloys

    Light aluminum alloys for additive manufacturing are traditionally used in many industrial, aerospace and automotive applications. They possess high strength-to-weight ratios, and also demonstrate good resistance to metal fatigue and corrosion. A key advantage of aluminum alloy powders is that they typically offer better build speeds than other metal powders used in PDF processes.

    Due to the geometrically complex structures possible with additive manufacturing, additional weight reduction is often possible with little or no compromise in strength and overall performance. Aluminum alloys that possess detailed microstructures with roughly equal grain sizes are typically as strong as their forged counterparts. The excellent melting characteristics make aluminum alloys particularly suitable for use in 3D printing.

    Back To Top