Bionics Inspired Design. Inspired by the wings of a bird this ergonomic marvel is designed incorporating the principals of  cutting edge bionics. The V shaped back support perfectly fits you back like a stretched wing and eases you lumbar and lower back like tender hands. The ergonomic design of the backrest allows easy adjustment according to your sitting position keeping you snug and comfortable for long hours.

Seat swing angle (left/right) + or – 10 degrees. Have you ever wondered how many moves a person makes in a day while sitting on his chair? Typing, drafting plans, bending down, passing documents, turning back to talk to name just a few. Aveza’s unique dynamic design empowers your body’s 360 joints and 700 pieces of muscles to move effectively and efficiently dramatically increasing your comfort and work efficiency.

Ergonomic Backrest & Seat Design. With its innovative ergonomic design the Aveza can be adjusted in various ways to provide a snug fit. No matter what your height and posture is the chair can provide a supremely comfortable experience. The sandwich structured seat cushion is made of molded foam providing a soft feel while the polypropylene frame is as firm as a rock providing outstanding support.

Synchronized tilt mechanism. Synchronous tilting system with backrest tilt angle of 20 degrees and 4 position locking system. Aveza’s superior tilting mechanism reclines the backrest at a higher ratio than the seat providing a proper back alignment and support.

Two Way Adjustable Armrests. The Aveza comes with a 2 D armrest that lets you adjust its height and its angle  from left to right. A firm, flexible and dynamic arm support is critical in maintaining the right neck, back and arm position when working on your desk for long hours.

Double Sided Sandwich Mesh. Aveza’s special knit/mesh fabric is a double sided mesh consisting of 0.18 mm polyester yarn. The resulting 300g mesh brings you incomparable support and breathability. In addition its 3 cm high elasticity firmly holds your spine with even distribution of stress and weight.