Germania Electronically Height Adjustable Sit Stand Desk Rectangular White T-Foot 1,400 (W) x 800 (D) x 1,200 (H) mm Cardboard Metal

Promote better posture with precise electric height adjustment

A height-adjustable range of 720–1200 mm enables seated-to-standing transitions and supports ergonomic posture through smooth electronic lifts; the electronically height-adjustable system allows fast, precise repositioning for varied working positions and reduces static loading during long tasks.

Dependable stability for monitors and equipment

An 80 kg lifting capacity provides a stable platform for multiple monitors and peripherals, while the metal frame and T-foot base deliver lateral stability and a secure foundation for everyday office hardware.

A refined white worktop that complements contemporary interiors

The white chipboard worktop combines a clean aesthetic with practical surface performance and pairs with a black metal frame to create a two-tone look suited to modern office and home setups.

Practical dimensions for typical desk layouts

Width 1,400 mm and depth 800 mm define a rectangular surface that fits common office plans and supports standard keyboard and monitor arrangements. Height maximum 1,200 mm and overall weight 37,094 g are stated for straightforward space planning.

Ergonomic design that supports sustained focus

Ergonomic features are integrated into the desk’s design to promote a natural posture and maintain comfort during long working sessions, helping to align workstation ergonomics with office seating and accessories.

Self-assembly for straightforward installation and integration

The self-assembly format simplifies delivery and onsite installation, with the T-foot base and pre-drilled fixing points designed for efficient assembly and rapid integration into existing workspaces.

Built for everyday office demands with balanced practicality

The combination of chipboard top, metal frame and a high-capacity electric lift positions this sit-stand desk as a practical solution where flexibility and robustness are required, offering a balance between functional performance and minimalist styling.