Feniks Green
Feniks Green develops robotic systems that increase agricultural efficiency by offering advanced automation solutions for the agricultural sector. The company minimizes human intervention by optimizing harvesting, planting and maintenance processes with robotic arms and automatic conveyor systems used in plant greenhouses. These solutions both save energy and contribute to sustainable agricultural production by increasing operational efficiency. These high-tech systems increase quality by reducing errors in agricultural production and provide a more environmentally friendly production process.
Smart Greenhouse Automation Project
In this project, smart greenhouse automation systems equipped with advanced robotic technology were developed. In the visual, robotic arms work under the supervision of operators while delicately caring for the plants. This system optimizes the amount of water and nutrients by making special adjustments according to the needs of each plant in the greenhouse. It contributes to sustainable agriculture by both reducing labor and significantly increasing agricultural productivity.
Autonomous Harvesting Project in Industrial Agriculture
This project has been developed to optimize the growth processes of plants and manage the harvesting processes of advanced autonomous robots in a greenhouse environment. The robots seen in the second image automate agricultural processes by providing an efficient system for the care and harvesting of plants. Equipped with smart sensors, this system monitors the needs of plants in real time and provides a sustainable solution to agricultural operations by increasing both efficiency and quality.
Smart Agriculture and Autonomous Greenhouse Robots
This project aims to integrate autonomous robot technology in greenhouse farming. In the first image, an AI-powered robot offers precision farming solutions that optimize plant care and production processes. Robotic systems monitor the growth conditions of plants in the greenhouse and automate processes such as watering, feeding and harvesting. This technology increases efficiency while also contributing to sustainable production with environmentally friendly agricultural practices.
