https://flavorotor.com https://flavorotor.com/prototype/flavorotor_05_dual_prototypes.webp FlavoRotor rotating hydroponic prototypes Two illuminated FlavoRotor units growing basil and lavender under full-spectrum LED light — real prototype photography, 2026 https://flavorotor.com/prototype/flavorotor_04_front_clean.webp FlavoRotor prototype with living basil plants Front view of the FlavoRotor cultivation chamber operating with basil. The rotating drum holds plants in a radial array while the central module provides light and imaging. https://flavorotor.com/prototype/flavorotor_01_front.webp FlavoRotor working prototype — front elevation The current physical FlavoRotor build showing the rotating drum, LED ring and structural housing from the front https://flavorotor.com/prototype/flavorotor_02_wide.webp FlavoRotor rotating cultivation chamber — wide view Wide-angle view of the rotating plant drum showing geometry, plant placement slots and access proportions https://flavorotor.com/prototype/flavorotor_03_angle.webp FlavoRotor system integration — angled view Housing, central light module and cultivation chamber assembled into the complete FlavoRotor unit https://flavorotor.com/innovation-labs/flavorotor-prototypes-at-innovation-labs-expo.jpg FlavoRotor prototypes exhibited at Innovation Labs 2026 Two working FlavoRotor prototypes illuminated and operating at the Innovation Labs public expo, surrounded by visitors https://flavorotor.com/innovation-labs/flavorotor-final-pitch-innovation-labs.jpg FlavoRotor founder pitch at Innovation Labs 2026 Co-founder Mihai Agrici presenting the FlavoRotor product story on the Innovation Labs stage to a full audience https://flavorotor.com/innovation-labs/flavorotor-live-prototype-demonstration.jpg FlavoRotor live prototype demonstration Visitors inspecting the physical FlavoRotor system at close range during the Innovation Labs expo https://flavorotor.com/innovation-labs/flavorotor-team-on-innovation-labs-stage.jpg FlavoRotor team on Innovation Labs stage The FlavoRotor team together on stage after the final pitch presentation https://flavorotor.com/design/current-assembly.webp FlavoRotor current mechanical layout — CAD Engineering CAD layout showing all FlavoRotor subsystems: housing, drum, central module, drive and fluid lines https://flavorotor.com/design/exploded-assembly.webp FlavoRotor exploded assembly — CAD study Exploded view revealing how the housing, rotating chamber, central module and kinetic rings fit together https://flavorotor.com/clients/milestii-mici.webp Mileștii Mici — FlavoRotor pilot partner Mileștii Mici winery, Guinness World Record holder for the largest wine cellar, partnering with FlavoRotor https://flavorotor.com/clients/cricova.webp Cricova — FlavoRotor pilot partner Cricova underground wine complex, a globally recognised wine-tourism destination partnering with FlavoRotor https://flavorotor.com/clients/chateau-vartely.webp Château Vartely — FlavoRotor pilot partner Château Vartely award-winning winery and wine-tourism destination partnering with FlavoRotor https://flavorotor.com/clients/ann-weddings.webp Ann Weddings — FlavoRotor events partner Ann Weddings events company partnering with FlavoRotor for live-plant installations at events https://flavorotor.com/development https://flavorotor.com/innovation-labs/flavorotor-final-pitch-innovation-labs.jpg FlavoRotor final pitch — Innovation Labs 2026 The complete FlavoRotor product and business story presented on stage to founders, mentors and programme guests https://flavorotor.com/innovation-labs/flavorotor-prototypes-at-innovation-labs-expo.jpg FlavoRotor prototypes at Innovation Labs expo Two illuminated FlavoRotor systems operating live at the public showcase event https://flavorotor.com/innovation-labs/flavorotor-founder-presenting-on-stage.jpg FlavoRotor founder presenting on stage Co-founder explaining the FlavoRotor product vision and controlled-cultivation methodology from the stage https://flavorotor.com/innovation-labs/flavorotor-pitch-in-front-of-audience.jpg FlavoRotor pitch delivered to a live audience The FlavoRotor presentation seen from behind the speaker, showing the full seated audience https://flavorotor.com/innovation-labs/flavorotor-pitch-full-audience-view.jpg Innovation Labs audience during FlavoRotor pitch Wide view of the full room during the final FlavoRotor presentation, viewed from the front row https://flavorotor.com/innovation-labs/flavorotor-innovation-labs-pitch-pricing.jpg FlavoRotor pricing model presentation Premium hospitality pricing and business model discussed with the Innovation Labs audience https://flavorotor.com/innovation-labs/flavorotor-product-presentation-innovation-labs.jpg FlavoRotor product visuals on screen The cultivation system introduced through product renders and photography during the stage presentation https://flavorotor.com/innovation-labs/flavorotor-expo-networking-and-demo.jpg FlavoRotor demo at Innovation Labs networking The FlavoRotor exhibit became a meeting point for questions about the system at the networking expo https://flavorotor.com/innovation-labs/flavorotor-live-prototype-demonstration.jpg FlavoRotor live prototype inspection Visitors and mentors inspecting the physical FlavoRotor build at close range during the public demonstration https://flavorotor.com/innovation-labs/flavorotor-prototype-exhibition-portrait.jpg FlavoRotor prototype and exhibitor A working FlavoRotor prototype presented in its public exhibition context alongside the team https://flavorotor.com/innovation-labs/flavorotor-prototype-assembly-workbench.jpg FlavoRotor prototype assembly workbench The physical prototype during hands-on assembly and testing in the workshop https://flavorotor.com/innovation-labs/flavorotor-prototype-testing-and-adjustment.jpg FlavoRotor prototype testing and adjustment Team members testing and adjusting the prototype mechanics before the public demonstration https://flavorotor.com/innovation-labs/flavorotor-team-photo-innovation-labs.jpg FlavoRotor team at Innovation Labs Three FlavoRotor team members photographed together during the Innovation Labs programme https://flavorotor.com/innovation-labs/flavorotor-team-on-innovation-labs-stage.jpg FlavoRotor team on stage after the pitch The team together at the close of the final Innovation Labs presentation https://flavorotor.com/innovation-labs/flavorotor-founders-and-innovation-labs-team.jpg FlavoRotor founders with Innovation Labs team Founders, collaborators and the Innovation Labs programme team photographed together https://flavorotor.com/innovation-labs/flavorotor-team-watching-presentation.jpg FlavoRotor team watching presentations Team members in the audience watching fellow participants present during Innovation Labs https://flavorotor.com/innovation-labs/flavorotor-team-working-session.jpg FlavoRotor team working session The team during a collaborative working session at Innovation Labs https://flavorotor.com/prototype/flavorotor_05_dual_prototypes.webp Full-scale FlavoRotor dual prototypes Two complete physical FlavoRotor assemblies photographed together showing scale and lighting https://flavorotor.com/prototype/flavorotor_01_front.webp FlavoRotor prototype front view Front elevation of the current physical build showing drum access and LED arrangement https://flavorotor.com/prototype/flavorotor_02_wide.webp FlavoRotor cultivation chamber — wide shot Landscape view showing the rotating drum proportions and plant positioning geometry https://flavorotor.com/prototype/flavorotor_03_angle.webp FlavoRotor prototype — angled view Three-quarter angle showing how the housing, drum and central module integrate https://flavorotor.com/prototype/flavorotor_04_front_clean.webp FlavoRotor prototype operating with plants The prototype running with live basil plants installed in the rotating chamber https://flavorotor.com/design/current-assembly.webp FlavoRotor current mechanical layout — CAD Full engineering layout showing component positioning, service access and structural relationships https://flavorotor.com/design/exploded-assembly.webp FlavoRotor exploded assembly — CAD Exploded study revealing the assembly sequence and component relationships https://flavorotor.com/design/gear-layout.webp FlavoRotor gear layout — CAD Ring gear and transmission geometry connecting the motor to the rotating drum https://flavorotor.com/design/kinetic-ring.webp FlavoRotor kinetic ring mechanism The kinetic ring that enables continuous rotation of the cultivation chamber https://flavorotor.com/design/magnetic-coupling.webp FlavoRotor magnetic coupling — CAD Magnetic coupling design that transmits torque without physical contact through the sealed housing https://flavorotor.com/design/magnetic-drive.webp FlavoRotor magnetic drive system — CAD Complete magnetic drive assembly showing ring gear and magnetic transmission layout https://flavorotor.com/design/central-module.webp FlavoRotor central module — CAD The stationary central module containing full-spectrum lighting, plant health camera and structural core https://flavorotor.com/design/light-camera-detail.webp FlavoRotor light and camera detail — CAD Close-up CAD view of the LED array and imaging sensor arrangement inside the central module https://flavorotor.com/pump/01_peristaltic_pump_cad_view_A.webp FlavoRotor peristaltic dosing pump — view A CAD view of the custom peristaltic pump designed for precise nutrient dosing in FlavoRotor https://flavorotor.com/pump/02_peristaltic_pump_cad_view_B.webp FlavoRotor peristaltic dosing pump — view B Alternate CAD angle showing the geared stepper drive and tube routing https://flavorotor.com/pump/03_peristaltic_pump_exploded_assembly.webp FlavoRotor dosing pump exploded assembly Exploded view showing motor, transmission, housing, silicone tube and three-roller rotor https://flavorotor.com/pump/04_dosing_module_system_integration.webp FlavoRotor dosing module — system integration How the dosing pump module connects to the main FlavoRotor cultivation system via fluid lines https://flavorotor.com/pump/05_four_channel_dosing_module_interior.webp FlavoRotor four-channel dosing module Interior view of the four-channel dosing module with independent pump channels, stock containers and fluid fittings https://flavorotor.com/overview https://flavorotor.com/prototype/flavorotor_05_dual_prototypes.webp FlavoRotor system overview — two prototypes Two complete FlavoRotor units demonstrating the rotating hydroponic cultivation concept https://flavorotor.com/features/full-spectrum-light.webp FlavoRotor full-spectrum grow light The tuneable full-spectrum LED array that provides photosynthetically active radiation inside the cultivation chamber https://flavorotor.com/features/kinetic-interior.webp FlavoRotor kinetic interior mechanism The rotating drum interior showing plant mounting positions and the central light module https://flavorotor.com/features/magnetic-drive.webp FlavoRotor magnetic drive The contactless magnetic drive system that rotates the cultivation chamber without seals or friction https://flavorotor.com/features/plant-health-camera.webp FlavoRotor plant health camera Machine vision camera positioned in the central module for continuous plant health monitoring https://flavorotor.com/features/root-immersion.webp FlavoRotor root immersion system The hydroponic root zone where nutrient solution contacts the plant roots during rotation https://flavorotor.com/use-cases https://flavorotor.com/media/fine-dining.webp FlavoRotor for fine dining restaurants A FlavoRotor unit placed in a fine dining restaurant growing herbs for immediate kitchen use https://flavorotor.com/media/winery.webp FlavoRotor for wineries and tasting rooms FlavoRotor deployed in a winery tasting room growing aromatic herbs that complement wine experiences https://flavorotor.com/media/education-research.webp FlavoRotor for education and plant research FlavoRotor as a teaching and research tool in educational institutions for controlled cultivation experiments https://flavorotor.com/media/home-kitchen.webp FlavoRotor for home kitchens A compact FlavoRotor unit in a home kitchen growing fresh herbs year-round under controlled conditions https://flavorotor.com/media/wedding.webp FlavoRotor for events and weddings FlavoRotor used as a living centrepiece at events, growing edible plants for guests https://flavorotor.com/preorder https://flavorotor.com/prototype/flavorotor_05_dual_prototypes.webp FlavoRotor preorder — rotating hydroponic prototypes The physical FlavoRotor prototypes available for preorder by pilot customers, venues and research collaborators https://flavorotor.com/media/flavorotor-cad.webp FlavoRotor CAD model — product design CAD render of the FlavoRotor product design showing final form factor and proportions https://flavorotor.com/research https://flavorotor.com/prototype/flavorotor_04_front_clean.webp FlavoRotor research platform with living plants The FlavoRotor R&D platform operating with basil, used for controlled cultivation experiments https://flavorotor.com/media/sensory-comparison.webp FlavoRotor sensory comparison methodology Visual representation of the sensory comparison approach used to evaluate crop outcomes https://flavorotor.com/media/flavorotor-closeup.webp FlavoRotor system closeup — detail photography Close-up detail of the FlavoRotor cultivation system showing build quality and component integration https://flavorotor.com/research/original/system-v2-hero.webp FlavoRotor system v2 — CAD hero view Hero render of the second-generation FlavoRotor system design showing the complete product form https://flavorotor.com/research/original/system-v2-exploded.webp FlavoRotor system v2 — exploded assembly Exploded CAD view of the v2 system revealing all internal components and assembly structure https://flavorotor.com/research/original/central-light-imaging-module.webp FlavoRotor central light and imaging module Detailed CAD of the stationary central module containing LED arrays and the plant health imaging sensor https://flavorotor.com/research/original/magnetic-drive-interface.webp FlavoRotor magnetic drive interface Engineering detail of how the magnetic drive interfaces with the rotating cultivation chamber https://flavorotor.com/research/original/magnetic-pinion-exploded.webp FlavoRotor magnetic pinion — exploded view Exploded view of the magnetic pinion assembly showing magnet arrangement and housing https://flavorotor.com/research/original/magnetic-ring-layout.webp FlavoRotor magnetic ring layout Top-down layout showing the magnetic ring arrangement that enables contactless rotation https://flavorotor.com/research/original/monitoring-dashboard-overview.webp FlavoRotor monitoring dashboard — overview The real-time monitoring dashboard showing sensor readings from the operating FlavoRotor system https://flavorotor.com/research/original/monitoring-dashboard-history.webp FlavoRotor monitoring dashboard — history Historical data view showing environmental sensor trends over time during cultivation experiments https://flavorotor.com/research/original/printed-mechanical-part.webp FlavoRotor 3D-printed mechanical part A 3D-printed structural component from the FlavoRotor prototype during development https://flavorotor.com/research/original/printed-plant-module.webp FlavoRotor 3D-printed plant module The 3D-printed plant holding module that fits into the rotating drum slots https://flavorotor.com/research/original/printed-rotor-component.webp FlavoRotor 3D-printed rotor component A printed rotor ring segment used in the cultivation chamber structure https://flavorotor.com/research/original/prototype-electronics-bench.webp FlavoRotor prototype electronics bench Electronics development bench showing sensor boards, microcontrollers and wiring during prototype integration https://flavorotor.com/research/original/prototype-sensing-architecture.webp FlavoRotor sensing architecture Diagram or photo showing the sensor arrangement and data acquisition architecture https://flavorotor.com/research/original/sensor-bench-assembly.webp FlavoRotor sensor bench assembly The sensor testing bench used to validate environmental monitoring before integration into the prototype https://flavorotor.com/research/pump/01_peristaltic_pump_cad_view_A.webp FlavoRotor peristaltic pump — research CAD Research CAD view of the custom peristaltic pump for precise nutrient dosing https://flavorotor.com/research/pump/02_peristaltic_pump_cad_view_B.webp FlavoRotor pump — alternate CAD view Second CAD angle showing drive geometry and tube path of the dosing pump https://flavorotor.com/research/pump/03_peristaltic_pump_exploded_assembly.webp FlavoRotor pump exploded assembly Motor, transmission, housing and three-roller rotor relationships revealed in exploded view https://flavorotor.com/research/pump/04_dosing_module_system_integration.webp FlavoRotor dosing module — integration study How the dosing module enclosure and fluid lines connect to the main cultivation system https://flavorotor.com/research/pump/05_four_channel_dosing_module_interior.webp FlavoRotor four-channel dosing module — interior Interior view showing four independent pump channels, nutrient stock containers and fluid fittings https://flavorotor.com/research/imaging-plant-health https://flavorotor.com/research/datasets/plantvillage-strawberry/source-healthy-01.webp PlantVillage Strawberry healthy leaf — group 49 Unaltered PlantVillage Strawberry RGB image used in the reproducible FlavoRotor plant-imaging benchmark; physical leaf group 49 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-healthy-02.webp PlantVillage Strawberry healthy leaf — group 57 Unaltered PlantVillage Strawberry RGB image used in the grouped controlled-image benchmark; physical leaf group 57 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-healthy-03.webp PlantVillage Strawberry healthy leaf — group 75 Published Strawberry healthy-leaf image from PlantVillage; physical leaf group 75 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-healthy-04.webp PlantVillage Strawberry healthy leaf — group 61 Published Strawberry healthy-leaf image from PlantVillage; physical leaf group 61 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-leaf_scorch-01.webp PlantVillage Strawberry leaf scorch — group 69 Unaltered PlantVillage Strawberry leaf-scorch image used as the source for the recorded augmentation examples; physical leaf group 69 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-leaf_scorch-02.webp PlantVillage Strawberry leaf scorch — group 16 Published Strawberry leaf-scorch image from PlantVillage; physical leaf group 16 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-leaf_scorch-03.webp PlantVillage Strawberry leaf scorch — group 74 Published Strawberry leaf-scorch image from PlantVillage; physical leaf group 74 https://flavorotor.com/research/datasets/plantvillage-strawberry/source-leaf_scorch-04.webp PlantVillage Strawberry leaf scorch — group 60 Published Strawberry leaf-scorch image from PlantVillage; physical leaf group 60 https://flavorotor.com/research/datasets/plantvillage-strawberry/augmentation-original.webp Strawberry leaf scorch — original training image Original PlantVillage image shown beside deterministic training-only augmentations https://flavorotor.com/research/datasets/plantvillage-strawberry/augmentation-geometry.webp Strawberry image — recorded affine augmentation Python-derived affine example using rotation +6 degrees, scale 0.96 and recorded translation https://flavorotor.com/research/datasets/plantvillage-strawberry/augmentation-photometric.webp Strawberry image — recorded photometric augmentation Python-derived brightness, contrast and saturation example with exact parameters in the public manifest https://flavorotor.com/research/datasets/plantvillage-strawberry/augmentation-sensor.webp Strawberry image — recorded blur and noise augmentation Python-derived Gaussian blur and sensor-noise example with exact parameters in the public manifest https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-01.webp PlantDoc Strawberry leaf — natural background example 1 Real PlantDoc Strawberry leaf image used in the separate natural-background healthy-class evaluation https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-02.webp PlantDoc Strawberry leaf — natural background example 2 Real PlantDoc Strawberry leaf image with natural capture variation used in cross-domain evaluation https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-03.webp PlantDoc Strawberry leaf — natural background example 3 Real PlantDoc Strawberry leaf image with background clutter and variable framing https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-04.webp PlantDoc Strawberry leaf — natural background example 4 Real PlantDoc Strawberry leaf image assigned to the healthy class by the frozen reference model https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-05.webp PlantDoc Strawberry leaf — natural background example 5 Real PlantDoc Strawberry leaf image assigned to the healthy class by the frozen reference model https://flavorotor.com/research/datasets/plantdoc-strawberry/examples/plantdoc-strawberry-06.webp PlantDoc Strawberry leaf — natural background example 6 Real PlantDoc Strawberry leaf image retained with its upstream class label and recorded model probability https://flavorotor.com/research/datasets/plantvillage-strawberry/training-accuracy.webp MobileNetV2 Strawberry training and validation accuracy Static Python rendering of the exact five-epoch training-history CSV; the website provides the primary interactive browser chart https://flavorotor.com/research/datasets/plantvillage-strawberry/confusion-matrix.webp PlantVillage Strawberry controlled-test confusion matrix Static rendering of the 199-image controlled Strawberry test result; exact values are available in CSV and an interactive browser matrix https://flavorotor.com/research/datasets/plantdoc-strawberry/healthy-class-predictions.webp PlantDoc Strawberry healthy-class prediction counts Static rendering of 79 healthy and 17 leaf-scorch predictions across 96 upstream healthy-labelled PlantDoc Strawberry images https://flavorotor.com/development#team https://flavorotor.com/team/mihai-agrici.webp Mihai Agrici — FlavoRotor Co-founder and CEO Mihai Agrici, Co-founder and CEO of FlavoRotor, leading product development and business strategy https://flavorotor.com/team/victor-luncasu.webp Victor Luncașu — FlavoRotor Co-founder and CTO Victor Luncașu, Co-founder and CTO of FlavoRotor, leading engineering and system architecture https://flavorotor.com/team/adrian-coroi.webp Adrian Coroi — FlavoRotor team Adrian Coroi, team member contributing to FlavoRotor development https://flavorotor.com/team/daria-babiuc.webp Daria Babiuc — FlavoRotor team Daria Babiuc, team member contributing to FlavoRotor development https://flavorotor.com/team/dorin-molovata.webp Dorin Molovată — FlavoRotor team Dorin Molovată, team member contributing to FlavoRotor development