InnovaPlant offers an automated transplanting system for commercial strawberry growers using plasticulture, employing vision‑guided robotics and ergonomic operator controls to plant seedlings at up to 12,000 per hour with precise spacing and depth. The solution includes safety interlocks, remote diagnostics, and modular retrofitting capability to reduce labor costs and equipment downtime.
Funding
Funding not disclosed
Founders
Product
Problem
Strawberry growers using plasticulture face labor‑intensive planting processes that limit throughput, increase labor costs, and expose operators to ergonomic strain and safety hazards. Inconsistent planting speed and manual handling also reduce overall field efficiency and yield potential.
Solution
InnovaPlant delivers a purpose‑built automated transplanting system that integrates precision robotics with ergonomic operator controls to plant strawberry seedlings at high cadence while minimizing manual intervention. The machine synchronizes seedling feeding, positioning, and insertion into standard plasticulture trays, achieving consistent spacing and depth. Built‑in safety interlocks and sensor‑based collision avoidance protect operators and equipment during continuous operation. Prior to shipment, each unit undergoes comprehensive functional testing to certify reliability and reduce field downtime. Energy‑efficient drives and a modular architecture lower maintenance requirements, enabling a rapid return on investment through reduced labor expenses and higher planting rates. The system can be retrofitted to existing planting lines or deployed as a standalone line, offering flexibility for varied farm layouts.
Target Audience
The primary customers are commercial strawberry producers operating plasticulture systems, including large‑scale farms and greenhouse complexes seeking to automate planting and lower labor overhead.
Features
- Robotic seedling handling module with vision‑guided alignment for sub‑centimeter placement accuracy
- Adjustable row‑spacing and depth settings compatible with industry‑standard plasticulture trays
- Integrated safety envelope with light curtains, emergency stop, and real‑time operator proximity monitoring
- Ergonomic console featuring joystick control, touchscreen diagnostics, and vibration‑damped seating
- High‑throughput capability of up to 12,000 plants per hour, scalable via parallel feeding stations
- Modular drive system with brushless motors and regenerative braking for reduced energy consumption
- Remote diagnostics interface and OTA firmware updates to minimize on‑site service visits
- Low‑maintenance design with quick‑release wear components and self‑lubricating bearings