TSXV: SMWE
SMARTWELL
TSXV: SMWE
AI model as the brain, robots as the arms.
机器人四大作业的真实温室场景，叠加模型实时读取的数据。
沿垄多光谱巡检，人还没上班，异常已经报到大脑。
高架槽上力控采摘熟果——不碰伤。
末端几分钟换装——熄灯前完成打叶与打顶。
振动棒按计划巡花——不依赖蜂群。
照片说明：温室与作物为实景；机器人为行业参考示意，自研机器人在研。
Multispectral pass down every row; anomalies flagged to the brain before staff arrive.
Variable-rate nutrients per zone: fertigation error <5%, irrigation ±3%.
±0.1N force control picks ripe berries without bruising; damage <3%.
End effectors swap in minutes — de-leafing, topping, pollination before lights dim.
Scouts crops 24/7 with vision + multispectral: 95%+ anomaly detection, NPK probes at <5% error, growth alerts to the brain.
Variable-rate fertigation and spraying ends, drip/flood heads, dynamic recipes — feeding each zone exactly what it needs.
Berry- and apple-adaptive picking ends, de-leafing, topping, pollination — ±0.1N force, <3% damage.
Carries fruit bins and tanks, crosses rows and ridges adaptively — the supply line of the fleet.
Mobile sensing plus spot climate actions inside CEA — closing the loop between decisions and actuators.
All five robots run on the same dual-engine crop models.
Light / air-humidity sensing heads · soil NPK & pH rapid probes · fruit/leaf vision and multispectral scouting sensors · growth-anomaly early warning.
Variable-rate fertilizer/spray ends · precision drip/flood heads · fertigation pipeline control · on-demand dynamic recipes.
Picking ends (berry/apple-adaptive) · de-leafing and topping ends · pollination ends — full coverage of field operations.
Multi-DOF intelligent arm · high-precision adaptive joints · fast-response servos · quick-swap interfaces for multiple end types.
Monitoring / fertigation / care multi-task scheduling · multi-arm collision avoidance and production planning · fleet throughput scaling.
High-stability damped chassis · lift/traverse adjustment · tank and fruit-bin integration · cross-row adaptive traversal.
Adaptive arm joints, force control (±0.1N) and quick-swap end effectors validated across 3 production regions, 8 growing structures and 5 demo orchards.
Mobile chassis + multi-DOF arm + vision stack integrated; supervised picking, de-leafing and pollination trials in CEA greenhouses.
Fleet-level task scheduling and arm-arm collision avoidance; pilot deployments with anchor customers (Nanjing cooperation in planning).
RaaS (Robot-as-a-Service) subscription model for high-value crops; 6× daily efficiency per unit targeted at scale.
Structured environments give robots their fastest path to reliability.