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FlavoRotor — two illuminated rotating hydroponic prototypes growing basil and lavender

FlavoRotor

A 3D printer for plants.

Set and study the conditions that shape plant flavor, aroma and texture: nutrient composition, solution temperature, light and drum speed.
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Why FlavoRotor

Controlled cultivation

Grow by recipe. Measure the difference.

Nutrient composition, solution temperature, drum speed and light are controlled within one system, allowing each cultivation recipe to be repeated, compared and refined.

01
Working prototypeFront elevation · current physical build
02
System geometryCultivation chamber and structural housing
03
Living chamberPlant placement within the rotating array
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Development archive

Physical prototypes, documented as built.

Real photography records the scale, access and operating geometry of the current assemblies.

01

Physical prototypes

Photography of the current full-scale assemblies.

Full-scale prototypes
Full-scale prototypesPhysical assemblies used to validate scale, access and operation
Rotating cultivation chamber
Rotating cultivation chamberPlant placement and drum geometry under physical evaluation
System integration
System integrationHousing, central module and cultivation chamber assembled

Innovation Labs · 2026

A working prototype, presented in public.

FlavoRotor arrived as a product already under development. Innovation Labs provided a public setting for the pitch, live prototype exhibit and conversations around the system.

Explore the complete milestone
01
Final pitchInnovation Labs · product story presented to a full room
02
Working prototypesThe system moved from renders to a live public exhibit
03
Team milestoneThe team behind the working product and public presentation
04
Live demonstrationThe physical system opened for questions and inspection
05
A shared milestoneTeam photograph after the final presentation
Current FlavoRotor mechanical layout
Exploded FlavoRotor assembly study
Iteration 03 · Design development

Designed before it is built.

See the update
01Showcased

A working prototype placed in front of a live audience.

02Demonstrated

A live system opened to visitors, mentors and collaborators.

03Presented

Product, pricing and vision tested in front of a full room.

Where it fits

Design. Grow. Repeat. Share.

FlavoRotor is being developed for environments where freshness, limited floor area and visual presentation matter.

Explore all use cases
A composed restaurant dish with fresh herbs
Grow a signature flavour.

Restaurants

A winery tasting room prepared for guests
Bring cultivation into the tasting experience.

Wineries

A contemporary home kitchen with fresh herbs
Grow, test and share.

Homes

A refined event venue prepared for guests
A living piece of art.

Events

A teacher and student examining plants in a hydroponic learning laboratory
Learn, experiment and discover.

Education & Research

6+ pilot users.

Mileștii Mici

Guinness World Record holder for the largest wine cellar by bottle count, with more than 1.5 million bottles.

Cricova

A globally recognised underground wine complex, known for its limestone galleries and historic wine collection.

Château Vartely

An award-winning winery and wine-tourism destination combining production, tasting, restaurant and hospitality.

Research

Protocols, trials and data.

Methods, trial records and datasets will be published as the experimental programme advances.

Open research

Development

Follow the physical build.

See the current prototypes, engineering record and next development milestones.

View updates

Team

Mihai Agrici

Mihai Agrici

Co-founder

Daria Babiuc

Daria Babiuc

Research and Simulation

Victor Luncașu

Victor Luncașu

Co-founder

Build the next stage with us.

We are opening conversations with future customers, pilot venues, research collaborators and investors.

Register interest