Dynamic Air Electronically Height Adjustable Back to Back Desk Rectangular H-Frame 3,210 (W) x 1,640 (D) x 1,315 (H) mm MFC (Melamine Faced Chipboard), Steel

Room for teamwork with sit–stand flexibility

The Air Back-to-Back model presents a wide twin workstation that combines surface area and adjustable height for efficient collaborative working. With a width of 3210 mm and a depth of 1640 mm, the layout supports dual users without compromising individual space. Electronically height-adjustable operation delivers fast, repeatable position changes and is specified at 1315 mm for the unit height.

Durable surfaces and a stable metal frame for daily use

Worktops are constructed from MFC (melamine-faced chipboard) paired with a metal frame to balance hard-wearing surfaces and structural strength. The H-frame feet increase lateral stability, keeping the top steady during adjustments. The substantial overall mass of 249 kg underlines a robust build suited to continuous office activity.

Practical adjustment that fits different tasks

Electronic height adjustment allows rapid transitions between tasks and postures, supporting varied working styles within the same station. The mechanism eliminates manual levers and makes table height changes straightforward, helping to create a more dynamic workstation without complex setup.

Designed for open-plan offices and clustered layouts

Rectangular geometry and back-to-back configuration make the product ideal for dense office plans, benching systems, and activity-based zones. The non-stackable design and sizeable footprint position the unit as a fixed twin workstation rather than a movable temporary solution. Self-assembly is required, which suits fit-outs where parts are transported separately and assembled on-site.

Key specifications at a glance

Width: 3210 mm. Depth: 1640 mm. Height: 1315 mm. Material: MFC worktops with steel frame. Type of feet: H-frame. Weight: 249 kg. Shape: rectangular. Self-assembly: yes. Model: HA02358. Ergonomic features: no dedicated ergonomic seating elements are integrated.