Modular 556 floor lamp, black - brass

Midgard

$1,518.00

Midgard
Modular 556 floor lamp
$1,518.00



Description

Midgard's Modular 556 floor lamp charms with its sculptural and industrial look. The modern luminaire consists of a steel base and a slim, two-jointed steel foot. The joints allow the floor lamp to slide smoothly into the desired position, while the shade allows you to adjust the direction of the light beam even more precisely, to where you need it most. The Modular 556 can be used as a spotlight in the living room, as a reading lamp in the bedroom or as a work light in the home office. The design language, which members of the Bauhaus movement also appreciated, will delight in public spaces as well.

The Modular range is based on the adjustable lamps designed by Curt Fischer in the 1930s, known at the time as TYP 113 and TYP 114. Modular lamps are a charming combination of functionality, craftsmanship and ingenuity. Components of the luminaire are manufactured in Germany using original tools and techniques. The final luminaire is assembled by hand in Hamburg.

Material
Metal
Colour
Black, brass
Width
35 cm
Base diameter
35 cm
Shade diameter
21.3 cm
Measurement details
Total height of the shade: 10,2 cm. Length of the first arm 120 cm and the second arm 30 cm.
Bulb base
E27
Light source
6W LED (not included)
Protection class
I
Voltage
220–240 V
Nominal frequency
50–60 Hz
Certifications and labels
CE, ENEC, RoHs
Plug
EU plug
Cable length
150 cm
Cable colour
Black
Cable material
Textile
Integrated switch
Yes
Dimmable
No
Adjustable height
Yes
Product ID
MID33-556-12-10-3-917-11

Curt Fischer (1890-1956) is considered one of the greatest inventors of the 20th century. He founded the lighting company Midgard in 1919 in Thuringia. Fischer designed the luminaires that brightened up the Bauhaus metal workshop as well as the artists' studios.

Fischer, originally a machine shop owner, became a lighting designer almost accidentally after the First World War. Industrialisation had led to people working long hours into the late, darkening evening. At that time, overhead lighting was used, but it was unsuitable in an industrial environment because the worker's shadows covered the pieces they were working on. Fischer began to develop a solution to this problem. In November 1919 he created his first famous scissor lamp, the Scherenleuchte. This was followed by a new type of adjustable lamp with an infinitely adjustable beam.

Walter Gropius, the architect who founded Bauhaus, appreciated Fischer's luminaires and supported his work. The duo had active correspondence and Fischer's lamps were used to illuminate the Bauhaus buildings.

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The Product Sustainability Framework, our criteria of sustainable design, helps you find the most sustainable products in our selection. Read below which sustainability criteria this product has met.

  • Equal opportunities for all employees
  • Commitment to UN Global Compact, fair compensation for all employees
  • Corporate responsibility requirements defined and communicated for suppliers
  • Systematic work for improved inclusion and well-being in the workplace
  • Transparent supply chain
  • Suppliers' compliance to a code of conduct ensured
  • Compliance to the UN Guiding Principles on Business and Human Rights ensured in the supply chain
  • Support for community involvement in the supply chain
  • Direct suppliers audited and certified
  • Fair and resource-wise water-use in production
  • No incineration or landfilling of returned items
  • No use of endangered species as materials
  • No direct environmental emissions or waste (excl. GHGs) from production
  • The sustainability of direct suppliers' production is addressed and monitored
  • Production and material sourcing that respect biodiversity, animal rights, and natural ecosystems
  • Material-efficient and ecological packaging
  • Positive impact on nature’s well-being through operations that regenerate natural ecosystems
  • No potentially harmful chemicals used in own production
  • Company's direct greenhouse gas emissions identified and commitment to reduction
  • Product's carbon impact identified and commitment to reduction
  • Guidance on energy- and eco-efficient use of the product
  • Contribution to climate initiatives beyond the brand’s direct operations
  • Low-carbon or compensated transportation
  • 100 % renewable energy in own production and operations
  • Carbon footprint of the product calculated and goals set to reduce it
  • Carbon neutral or carbon negative product
  • Sustainable and long-lasting material choices
  • No harmful or hazardous substances
  • Responsible raw material sourcing and production
  • Materials suited for circularity: monomaterials, recyclable finishings, renewable or recycled contents etc.
  • Ecological materials: natural, biodegradable, recyclable or recycled contents
  • Outstanding materials in terms of innovativeness, responsibility, sustainability and circularity: local production or sourcing, 100 % recycled content, C2C-certification etc.
  • High aesthetic quality promoting long-term use of the product
  • Technically durable product design and material choices
  • Design for enduring life-long quality
  • Design and support for product maintenance, repair and upgradability
  • Innovative circular design solutions: circular service system, resale platform, remanufacturing, collection of used products, etc.

Learn more about the Product Sustainability Framework.

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