Flexible office desk 501-37: The height adjusts across a wide spectrum, starting all the way down at 57 cm for optimal ergonomics. The large stroke ensures optimal ergonomics for children, small adults, and accommodates most adults in the standing position. If you add optional castors, a good sitting height is still ensured: a battery can also be added to create a total mobile unit in collaboration with the castors. Sit-stand desk 501-37 is developed to withstand the demands of professional office environments. It can also easily fit into a home, where it covers the family's different uses.

The square desk top with finish white melamine. In this edition, the desk top is 160 x 160 cm, but the frame is designed to fit desk top depths all the way down to 60 cm. C-shaped design and recessed base make the desk suitable for open-plan offices with back-to-back placement.

The frame, which is powder-coated RAL 9016 (white), is minimalist and features a rectangular foot that is both flat and gently rounded. The frame is tested and approved according to ANSI/BIFMA X5.5-2014. Thanks to the high load capacity (100 kg in kg), wide application possibilities are ensured for both office equipment and creative setups in the home office. The 501-37 is ready in a maximum of 41 min. The assembly itself is very quick and straightforward.

Desktop Specifications

• Dimension: 160 x 160 cm
• Core Material: 25 mm chipboard, classified E0
• Surface Finish: white melamine, The cable port is supplied with the desk top as standard – you do not need to purchase it separately.
• Edges: 2 mm ABS, rounded off

Frame Specifications

• Material/Finish: RAL 9016 (white) Powder-coated Steel
• Height Adjustment: 57-122 cm
• Lifting Capacity: 100 kg
• Controls: Simple control is ensured by the panel with the two arrow buttons. It is a direct solution without a communication unit.
• Key Features: Good ergonomic sitting height, C-leg frame, and recessed base.
• Drive System: Documented reliability is achieved with ConSet's effective 1-motor solution, whose mechanical design minimises the need for electronics.