NEON ESD industrial swivel chair, floor glides – bimos permanent contact mechanism

The NEON industrial swivel chair ESD, floor glides combines electrical conductivity according to EN 61340-5-1 with individually adjustable ergonomics.

The ESD industrial chair is available with optional permanent contact or synchronous mechanism. With the permanent contact mechanism, the backrest follows the movements of the upper body and supports the back even in changing sitting positions. The synchronous mechanism moves the seat and backrest in a coordinated ratio. This promotes dynamic sitting, supports frequent posture changes, and relieves strain on the body during prolonged sitting periods. The gas spring enables flexible height adjustment. Additionally, the seat tilt can be adjusted in the range from 0 to +9°. A profiled seat and the tapered backrest offer high comfort and plenty of freedom of movement.

The sturdy aluminium base is equipped with floor glides and ensures stability even at elevated workstations. Easy-to-clean, hard-wearing surfaces facilitate maintenance in day-to-day operations. The flexible interchangeable upholstery system makes it easy to replace worn upholstery or adapt the NEON industrial swivel chair ESD to changing requirements. An all-round bumper protects the chair as well as adjacent equipment from impact damage.

The ESD industrial swivel chair is suitable for electrostatically protected areas in electronics production, assembly, quality assurance, and laboratories. There, its electrically dissipative model reduces the risk of uncontrolled electrostatic discharges. The versatile adjustment options relieve employees during long periods of sitting and help changing users to quickly adopt an ergonomic sitting position.

Seat and backrest optional with:
– Fabric upholstery: Breathable, soft, and durable.
– Skintec: Soft upholstery core with outstanding seating comfort. Extremely robust and durable, washable, resistant to disinfectants, and free of environmentally harmful substances. Fire protection according to EN 1021 Part 1 and 2.