Leather-Like Soft Touch
A smooth, refined surface designed to deliver everyday comfort with a premium hand feel.
Technology
Engineered for Lasting Comfort
The technology we pursue is something you don't notice—but can't live without. OTO combines advanced ergonomics, material science, and long-term testing to create seating that supports you through long hours of work, focus, and rest. Engineered for extended sitting, our products help maintain posture, distribute pressure, and reduce strain before it builds.
Decades of Expertise
Decades of Mastery: Standards Are Just the Starting Line
Built on nearly five decades of experience, OTO is engineered for consistency you can rely on. Every product is developed through advanced simulation and real-world testing, evaluating structure, materials, and long-term performance under extended use. From material resilience to structural integrity, each component is carefully refined to maintain support over time.
True quality isn’t just how it feels at first. It’s how it performs, day after day.
Great Comfort Starts with the Right Materials
Every surface you touch has a purpose. Our engineering team studies a wide range of upholstery and performance textiles, evaluating each material for softness, breathability, durability, and resistance to daily wear. Through continuous testing and refinement, we develop material systems that feel comfortable from the first touch—and remain dependable over time.
CatClawShield™ Fabric
A pet-friendly performance fabric engineered to resist scratches, snags, and everyday spills.
Breathable Mesh Support
An open mesh structure designed to improve airflow and maintain support through long hours of sitting.
OTO CatClawShield™
Redefining Pet-Friendly Furniture
Designed for real homes with pets, OTO CatClawShield™ helps protect your chair from everyday scratches, spills, and cleaning stress—without compromising comfort.
Scratch-Resistant by Design
CatClawShield™ uses ultra-high-density lock-stitch knitting to reduce gaps between fibers, making it harder for claws to catch, pull, or loosen threads. Even after repeated contact, the fabric is designed to resist fraying and unraveling.
A Reinforced Barrier Beneath the Surface
Beneath the knit layer, a high-strength composite barrier helps disperse pressure from sharp claws and protects the cushioning underneath. It's not just a surface treatment—it's a layered material system built for long-term use.
Spills Wipe Away Easily
A water-repellent finish helps liquids bead up and roll off instead of soaking into the fibers. Coffee, soda, or pet water can be wiped away with a cloth—no complicated cleaning routine required.
Live with your pets, not just around them.
Posture Intelligence
Built Around Real Sitting Behavior
Over time, we've studied how different body types sit, move, lean, and shift during long hours of use. These insights help shape our seat bases, backrests, lumbar systems, and support zones—so each chair can better follow the body's natural curves and distribute pressure more evenly.
Not built for one ideal posture. Built for the way people actually sit.
100,000 +Seat durability cycles
300,000 +Tilt mechanism cycles
120,000 +Swivel test cycles
300 lbsLoad capacity tested
Tested for the Long Haul
Every OTO chair goes through a rigorous battery of load-bearing, stability, durability, and material tests—so you can count on it through every sit, shift, and recline.
Load Tests
Drop Load Proof Test
136 kg / 300 lbs
Weight is dropped onto the center of the seat to evaluate impact resistance and structural strength.
Backrest Load Test
1,001 N force
Force is applied to the backrest to test support strength under repeated leaning pressure.
Forward Overturning Test
600 N vertical force
A vertical force is applied to assess stability in forward-leaning conditions.
Rearward Stability Test
13 heavy discs
Discs are loaded against the backrest to evaluate rearward stability and tipping resistance.
Durability Tests
Seating Durability Test
100,000 cycles
A 57 kg / 125 lbs weight repeatedly impacts the seat to simulate long-term sitting use.
Tilt Mechanism Test
300,000 cycles
The chair is tilted repeatedly with load applied to evaluate mechanism durability over time.
Armrest Durability Test
60,000 cycles
Force is applied to each armrest to test stability and repeated-use durability.
Swivel Test
120,000 cycles
The chair is rotated repeatedly under load to test base, gas lift, and swivel performance.