Carbon fibre has long been used in aerospace and Formula 1 racing. Now 3D printing brings this material to reception areas. A carbon chair weighs 5 times less than its steel equivalent, supports loads up to 500 kg and retains its shape for decades. For premium business centres and hotels, it is a tangible way to express a brand's commitment to technology and performance.
3D-Printing Technology for Carbon Frames
The process relies on continuous fibre reinforcement: a printer lays carbon filament into a PEEK or PA12 thermoplastic matrix. Tensile strength reaches 700 MPa — three times that of aluminium. Frame wall thickness starts at 1.5 mm. Finished chair mass: 3.8–5.2 kg depending on configuration.
Complex geometries — lattice structures, parametric weaves — allow stiffness to vary across different seating zones. The backrest is softer, the base firmer. Everything is computed in a CAD environment and printed in 14–18 hours with no manual assembly required.
Aesthetics: From Matte to Mirror Finish
The carbon weave itself is a work of art: the iconic 'herringbone' or '2×2 twill' pattern is instantly recognisable and associated with premium products. Finishes include matte soft-touch, gloss lacquer or a combination with 1.2 mm natural leather upholstery.
Carbon colour ranges from classic black to tinted options with Kevlar threads (gold tone) or fibreglass (silver). For hotel reception areas, we combine carbon with 8 mm walnut or oak inserts.
Ergonomics and Maintenance
Each chair is designed to anthropometric standards: seat height 440–480 mm, depth 420 mm, backrest angle 105°. Carbon armrests with soft eco-leather pads ensure comfort during long waits. Carbon does not absorb odours and is resistant to UV light and chemical cleaning agents.
Maintenance is minimal: a weekly wipe with a damp microfibre cloth is sufficient. Frame lifespan exceeds 20 years with no loss in structural performance. Reception Space warranty: 7 years on structure, 3 years on upholstery.