Engineered for stability, designed for productivity.

Thoughtfully crafted to elevate what matters most.

1

Place the base

A metallic robotic device with a flat base, various attached components, and a square opening.

Set up in seconds…

2

Connect & adjust

Close-up of a metallic industrial device or component with multiple geometric parts on a white background.

3

Start working

Close-up of a metallic mechanical device with various components, mounted on a rectangular base, with a plain white background.

How the body-stabilized base works

The seat base is designed to be gently compressed by your body weight. This downward force locks the base in place and stabilizes the entire structure- without the need fr floor-standing legs

Why its Stable

  • Body weight locks the system in place

  • Low centre of gravity

  • Engineered and tested for everyday use

Line drawing of a person sitting at a desk, working on a laptop, in profile view.

Work surface

Spacious, durable and easy to clean.

Adjustable supports

Set to one of five height settings

Seat-mounted base

Distributes force across the seat

Body weight

Your weight holds the base in place, creating stability.

A black medical or ergonomic stand with two adjustable sections, likely a back or neck support, mounted on a white surface.

Adjustable Height

Close-up of a metallic magnetic metal detector with a handle, control panel, and search coil, placed on a flat surface.

Compact & portable


A diagram showing different types of seating options: a sofa and an armchair marked as suitable for living rooms, and an office chair marked as suitable for offices.

Work with a range of seats