Brix Solo – Breakout Seating

designed by Studio Verco

The ideal solo workplace or comfy relaxation spot.

Brimming with character, these slightly retro units provide a perfect workspace away from your workplace.

Designed by Studio Verco.

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Brix Solo – Breakout Seating BRX 61 Solo BSWL

Seat Height: 450mm
Depth : 750mm
Width : 1000mm
back height : 1360 mm
Weight: 41Kg
Material Required: 8m

Standard product information
Frame: Powder coated tubular steel, painted chrome or black finish with height levelling feet
Seat cushion: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Back cushion: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Acoustic Surround: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Tablet: 18mm thick, standard MFC finish options

Options
Ply wood tablet with nanotech laminate finish Power module ( 1 x UK & 2 x USB)
Power module ( 2 x USB )
Wooden leg frame
Black stained wooden leg

Consideration has been given, at the design stage, to minimise the environmental impact of the chair. The upholstery can be removed and replaced, both to prolong the life and to reduce the environmental impact.

Brix Solo – Breakout Seating BRX 61 Solo

Seat Height: 450mm
Depth : 750mm
Width : 1000mm
back height : 1360 mm
Weight: 41Kg
Material Required: 8m

Standard product information
Frame: Powder coated tubular steel, painted chrome or black finish with height levelling feet
Seat cushion: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Back cushion: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Acoustic Surround: Combustion modified high resilient (CMHR) foam. Tailored upholstery.
Tablet: 18mm thick, standard MFC finish options

Options
Ply wood tablet with nanotech laminate finish Power module ( 1 x UK & 2 x USB)
Power module ( 2 x USB )
Wooden leg frame
Black stained wooden leg

Consideration has been given, at the design stage, to minimise the environmental impact of the chair. The upholstery can be removed and replaced, both to prolong the life and to reduce the environmental impact.