01 / Co-design
Can a cultural impulse become a responsible material object?
We explore how taste, ritual, and identity can become an exact brief for a responsible material object.
Enter co-designatr-xia
Our position
Nature is a mechanism library, not a mood board. We translate its organizing logic into engineered behavior, fabrication specifications, measured products, and reusable evidence.
Three connected worlds
Imagination becomes matter.
Matter becomes evidence.
Evidence opens possibility.
02 / Materials
Can every experiment teach the next material what to become?
Applied scientists use research agents, polymer informatics, formulation history, and physical testing to search a larger material space.
Enter material intelligence
03 / Fabrication
Can responsible matter move at the speed of culture?
Robotic prototyping, additive manufacturing, finishing, and inspection test how a material idea can become physical.
Enter the studioMaterial platforms / in development
materials
We study how bio-based and recovered matter can become named, testable systems with a distinct sensory identity and a plausible manufacturing route.
ax.pha / 01
PHA systems
Bio-based polymer alloys
Durable use / considered return
ax.cir / 02
Circular systems
Recycled PP, PET and nylon
Recovered feedstock / premium form
ax.chi / 03
Chitosan forms
Films, coatings and composites
One biopolymer / many expressions
ax.gro / 04
Grown composites
Mycelium, cellulose and natural fibers
Biological structure / engineered use
Product thesis / Beauty object 001
What if a lip product holder carried its own material intelligence?
A refillable ritual object shaped with soft asymmetry, precise closures, and a PHA-rich or circular compound with biofillers and natural pigments. Designed with a creative point of view, iterated as a study, and documented with evidence.
Independent concept study. Not commissioned client work.bio-circular bodyrefill interfacesoft mineral finish
The materialization engine
From living mechanism to measured product.
01
Creative intent
Ritual, culture, sensory qualities, acceptance criteria
02
Living reference
Mechanisms, observables, evidence, limits of analogy
03
Engineered behavior
Material, geometry, prediction, tolerance, uncertainty
04
Fabrication specification
Process windows, fixtures, inspection, handoff
05
Machine execution
Versioned robot, printer, tooling, or CMO instructions
06
Measured product
Physical tests, prediction versus observation, release gates
07
Reusable evidence
Failures, validated modules, claims, scale-up knowledge
Applied scienceDesign computationRobotic fabricationFuture manufacturing
Founded by Neil Chatterjee
An applied bridge between frontier intelligence and physical product.
Neil has moved mycelium-based materials toward product at Bolt Threads, developed ECONYL and BCF carpet yarn at Aquafil, and created multiple form factors for chitosan biopolymer at Viaex. atr-xia turns that applied practice into a product studio where AI proposes, experts and experiments decide, and every winning prototype becomes a manufacturing dossier.
Building the first product and material systems
What should the first
small experiment prove?
atr-xia is currently an independent creative and technical project, with the intention to commercialize when the right legal, team, and market conditions are in place. We are exploring focused collaborations across product, materials, computation, fabrication, evidence, and scale-up.