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Proton and Electron Pendants in a Private Residence

Project Highlights

Proton Oval Pendant Lights

  • LED illumination along the inner and outer edges
  • Concealed fasteners and wiring
  • Elongated oval ring profile with Aluminum and acrylic construction

Electron Ring Pendant Lights

  • Double-sided LED illumination through frosted clear acrylic
  • Co-axial suspension conceals the electrical connection
  • Circular suspended ring profile

Project Details

Location: Ukraine
Application

Oval and Circular Rings of Light Across a Private Residence

For this private residence in Ukraine, our team brought two signature Karice fixtures together: Proton and Electron. One stretches the ring into an oval; the other keeps it circular. Both rely on carefully concealed construction to keep the illuminated outlines visually uninterrupted.

Proton Oval LED Pendant Lights

We customized our Proton fixture around its distinctive elongated ring shape.

For this oval LED pendant light, weโ€™ve combined aluminum and acrylic, with the fasteners and wiring hidden inside the fixture. LEDs illuminate both the inner and outer edges, so the oval itself becomes the dominant visual element rather than the hardware supporting it.

Electron LED Ring Pendant Lights

Our team also worked from the Electronโ€™s circular ring format and customized it for the project.

The fixture has frosted clear acrylic that diffuses the LED strips around the inner and outer edges. The front surfaces contain no visible fasteners, while co-axial suspension carries the electrical connection without exposed wiring.

Together, the customized Proton and LED ring pendant lights give this Ukrainian residence two distinct profiles. Each is built around the same emphasis on concealed construction and illuminated geometry.

Bring us your vision.
We'll engineer the solution.

Whether youโ€™re starting with a sketch, a mockup, or a complete design, we have the expertise to transform your vision into a custom lighting solution engineered specifically for your project.