near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite ttable #1
near infinite ttable #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite ttable #1
near infinite ttable #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
near infinite table #1
near infinite table #138”x38”x21” tallConstructed from maple, steel, acrylic plexiglass, oneway mirror, mirror, glass, styrofoam, tempera and enamel. Featuring fully programmable RGBW LED lights and a MiBoxer controller that can bee configured for any smart home setup. The low polygon koi are not in a fixed position so they can be moved around and placed in different positions. Photos courtesy of John Heenan.
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