Miro-M 600×600 Model 1

Miro-M 600×600 Model 1 is a square LED luminaire with 32 recessed lenses positioned behind a grid louvre. This innovative lighting fixture provides effective illumination and adds elegance to any architectural environment. Customers can choose from two different optics: the standard UGR19 or UGR16. The luminaires are made of powder-coated steel and are custom-made for any ceiling system.

  • Architectural design with 32 optics
  • Choice between UGR< 19 and UGR< 16 optics
  • Louver in matte black and matte white
  • Flat design for shallow ceiling depths

Description

Miro-M 600×600 Model 1 is a square LED luminaire with 32 recessed lenses placed behind a grid louvre. The fixture combines effective lighting with a refined architectural appearance and integrates effortlessly into various ceiling concepts.

Thanks to high-quality optics, Miro-M 600×600 Model 1 offers highly controlled light distribution and high visual comfort. As standard, the luminaire is equipped with optics featuring a UGR of less than 19. For environments with stricter glare reduction requirements, a version with UGR less than 16 is available.

The luminaires are manufactured from steel and finished with a durable powder coating. To ensure optimal integration into various ceiling systems, Miro-M 600×600 Model 1 is produced to customer specifications. This allows the fixture to be fully tailored to the technical and aesthetic requirements of the project.

Key features

  • Square LED fixture
  • Grid-shaped louver with recessed lenses
  • Equipped with 32 lenses
  • Highly controlled light distribution
  • High visual comfort
  • Standard UGR less than 19
  • Optional UGR less than 16
  • Steel housing
  • Durable powder coating
  • Custom-manufactured for each ceiling system

Custom options

  • Dimensions
  • Sensor openings
  • Plenum ventilation
  • Color
  • Reflectance

Thanks to its high efficiency, low glare, and architectural appearance, Miro-M square Model 1 is ideally suited for use in offices, educational institutions, and healthcare facilities where light quality and design converge.

Additional information

Family