• AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez
  • AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez

    Midgard

    5020802003

    AYNO S desk lamp [grey×orange] / Midgard designed by Stefan Diez

    Regular price ¥70,400 tax in
    Shipping calculated at checkout.
    Inquire about this product > This product is not eligible for free shipping and will incur a separate shipping fee. Shipping costs vary depending on the delivery region and quantity, so please inquire. Although the system will show free shipping at the time of checkout, we will inform you of the actual shipping cost again in the order confirmation email. The AYNO is designed in accordance with the 10 guidelines* established by Midgard, a long-established German lighting manufacturer, for achieving a circular economy. Two movable adjustment rings and a cable are attached to a fiberglass rod. By moving the rings up and down, the tension between the rod and the cable changes, allowing the lamp height to be adjusted steplessly. In addition, this lamp can be completely disassembled, allowing for delivery with minimal packing, and faulty parts can be replaced individually. Another attractive feature of this product is its thorough consideration for the user and the environment, as many parts such as the rod, base, and plug are made from commonly available products that users can acquire themselves. It can be used in various settings, such as raising the rings to the top to use it as a floor lamp, or applying tension to the rod to use it as a desk lamp. *Midgard's 10 guidelines for achieving a circular economy 1. Users can repair it without tools. 2. LEDs and transformers can be replaced without tools. 3. Resource consumption is as low as possible. 4. Use of recycled or recyclable materials. 5. Use of semi-permanently reusable materials. 6. Specification of freely available semi-finished products (plugs/connectors/tubes/rods). 7. Local sourcing (short transport routes). 8. Enables decentralized manufacturing (short transport routes to customers). 9. Space-saving transport in component units. 10. Development of LEDs/electronics/transformers. Development of LEDs/electronics/transformers from a single source according to the highest lighting standards (CRI, quality, Lm/W). Stefan Diez Born in Germany in 1971. Grew up as the fourth generation of a family of carpenters. From 1996 to 2002, he studied design under Richard Sapper while training as a cabinetmaker in the family business. After collaborating with Konstantin Grcic, he graduated from The State Academy of Fine Arts Stuttgart in 2002 and founded "DIEZ OFFICE" in Munich.

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