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At Ramis Technology Ltd., we are dedicated to enhancing agriculture through innovative robotic solutions designed with sustainability at their core. Our products are engineered to tackle some of the most pressing challenges in farming today, from labor shortages to the need for environmentally conscious practices. On this page, you’ll find a selection of our advanced robots, each crafted to enhance efficiency, protect the environment, and support the future of sustainable agriculture. Explore our offerings and discover how we are shaping the future of farming.
The Insect Hunter robot is Ramis Technology Ltd.’s flagship solution to address the growing labor shortage in agriculture. Designed for eco-friendly pest control, this robot efficiently attracts, traps, and exterminates insects on farms without the use of chemicals, making it a perfect fit for organic farming practices. Additionally, it features an animal repellent system that uses ultrasonic and high-frequency sound waves to keep small animals like rabbits, mice, and raccoons away, ensuring they aren’t harmed by the robot.
Throughout the whole process of designing the Ramistech Insect Hunter Robot, our top priority was to be as environmentally conscious as possible. Our robot uses monocrystalline solar panels as its power source, which adds an extra protective layer to the panels. A number of these panels are installed at different angles to optimize sunlight use and power production. The solar panels feed lithium-ion batteries that can hold up to 40 hours of power and contain lower levels of toxic heavy metals. Our robot also uses a DC Gearbox Motor that can change the shaft rotation direction, give our robot an adjustable moving pace, and reduce the overall energy costs.
Originally known as RoboGol, this robot was initially developed to harvest flowers in greenhouses. Recognizing the evolving needs of modern agriculture, we have recently enhanced and rebranded it as RoboHarv. The updated RoboHarv features a new robotic arm and a significantly improved image processing system, making it more versatile and precise than ever before.
RoboHarv is now capable of harvesting a wide variety of crops, including cucumbers, tomatoes, and bell peppers, in addition to its original function of flower harvesting. Its ability to operate without predefined paths maximizes the use of space within greenhouses, and its platform can also be used to transport equipment, adding to its flexibility and utility in agricultural settings.
The Saffron Harvester is specifically designed to automate the labor-intensive process of saffron harvesting, addressing the critical issues of labor shortages and high costs. This semi-mechanized robot simplifies the harvesting of saffron stigmas, reducing the time and effort required while minimizing waste. Powered by electricity, the Saffron Harvester is environmentally friendly and features a chain wheel drive system that allows it to move at a speed of 10 cm per second while carrying up to 50 kg of crops.
Its advanced features, including a steering circuit for navigation and a system for cutting and separating saffron stigmas, make it an essential tool for increasing efficiency and profitability in saffron production, particularly in regions where water resources are limited.
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