Ergonomic Ball Seat - Beige


Currently unavailable


Currently unavailable
The BLOON PARIS Ergonomic Ball Seat is designed for office workers and remote professionals looking to improve their posture and engage core muscles during the workday. Created by a French osteopath and styled by designer Thomas De Lussac, this seat combines therapeutic benefits with a sophisticated beige aesthetic, though users should be aware that it requires active sitting and may take time to adjust to compared to traditional ergonomic office chairs.
| Colour | Beige |
|---|---|
| Model Part Number | M114566601 |
| Brand | BLOON PARIS |
The BLOON PARIS ergonomic ball seat has a diameter of 55 cm.
Yes, the polyester cover is removable and machine washable.
It is designed for standard desk heights between 70 and 76 cm.
The ball is made from phthalate-free materials, and the cover is Oeko-Tex 100 certified.
No, it features a patented weighted and non-slip base that ensures stability and keeps the seat in place.
It was created by a French osteopath and designed by Thomas De Lussac.
Use an air pump to add more air to the internal ball via the valve until the desired height and firmness are achieved.
Remove the polyester cover and machine wash according to the instructions on the label; the fabric is designed to be stain-resistant.
Ensure the weighted, non-slip base is correctly centered and that the floor surface is free of debris that might interfere with the rubberized grip.
Setup: To assemble, inflate the high-density ball using a standard pump until it reaches the desired tension. Ensure the valve is securely tightened. Position the ball within the weighted, non-slip base.
Compatibility: This seat is optimized for standard office desks with heights ranging between 70 cm and 76 cm.
Care: The Oeko-Tex 100 certified polyester cover should be removed periodically for cleaning. Use a standard gentle machine wash cycle to maintain the fabric's stain-resistant properties. Avoid using harsh chemical cleaners on the ball core to prevent material degradation.