Achievements Driven by Innovation, Proven by Trust
We demonstrate our value as a leading smart agriculture company through various patents, certifications, and awards.
Performance
RobotFarm Co., Ltd. has proven its competitiveness by holding numerous patents and certifications and winning various awards, including the Technology Innovation Award.
We are establishing ourselves as a leading company in the smart agriculture field through our performance achievements, including various research and development projects and field application results.
Performance
RobotFarm Co., Ltd. has proven its competitiveness by holding numerous patents and certifications and winning various awards, including the Technology Innovation Award.
We are establishing ourselves as a leading company in the smart agriculture field through our performance achievements, including various research and development projects and field application results.
certificate
Trademark registration certificate
No. 40-1480950
Risk assessment certificate
No. 22-72-A-93
Root Enterprise Confirmation
No. 23221-17259
Copyright registration certificate
No. C-2023-062006
Innovative Management Small and Medium Enterprises (MAIN-BIZ)
No. R211001-00200
Technology Innovation Small and Medium Enterprises (Inno-Biz)
No. R211001-00334
patent certificate
patent certificate
No. 10-2472932
patent certificate
No. 10-2484728
patent certificate
No. 10-2651193
patent certificate
No. 10-2788294
patent certificate
No. 10-2713517
Application
10-2022-0086100
Application
10-2022-0056400
Application
10-2023-0147310
Application
10-2024-0101362
Application
10-2024-0035076
Application
10-2024-0161582
Application
10-2024-0149717
기 술 이 전
Technology transfer
(Application)
Technology transfer
(Application)
Technology transfer
(Know-how)
Technology transfer
(Application)
Technology transfer
(Know-how)
Technology transfer
(Application)
Technology transfer
(Application)
Technology transfer
(Application)
수 행 실 적
Development of a mobile autonomous and remotely controlled shared platform for autonomous farming (led by the company)
Research Period: October 1, 2023 - February 28, 2025
▸Institution Name: Jeonbuk Regional Innovation Platform
▸Ministry: RIS Future Transportation Equipment Business Unit
▸Main contents: Expanding autonomous farming through the development of a mobile platform equipped with autonomous driving, remote control, and ICT-based monitoring systems for various agricultural tasks.
Development of a three-wheeled, independent, sit-down electric cart robot for agricultural work equipped with a worker-tracking function to improve agricultural work (participation)
Research Period: February 1, 2023 - November 30, 2023
▸Institution Name: Rural Development Administration
▸Ministry: Korea Agricultural Technology Promotion Institute
▸Main contents: Development of a rechargeable, sit-down, electric harvesting cart robot for field work with a three-wheel independent drive system that allows driving and steering control with simple pedal movements for female farmers and the elderly, and allows easy movement through a guide line when moving the cart before and after work, and considers the safety of workers while driving.
Development of a high-efficiency smart sprayer with an electric blower fan structure based on an AGV drive for horticultural crops (participation)
Research period: July 1, 2022 - December 31, 2023
▸Institution Name: Ministry of Trade, Industry and Energy
▸Ministry: Korea Industrial Complex Corporation
▸Main contents: Development and commercialization of a high-efficiency smart sprayer with an electric blower fan structure based on an AGV drive for horticultural crops.
Development of a furrow weeding robot for open fields (led by)
Research period: April 1, 2022 - December 31, 2024
▸Institution Name: Ministry of Agriculture, Food and Rural Affairs
▸Ministry: National Institute of Agricultural Science and Technology Planning and Evaluation
▸Main contents: Development and commercialization of a furrow weeding robot that removes weeds through tillage and soil covering in open fields (rice paddies and dry fields)
Development of an intelligent fault diagnosis and high-efficiency urban automated plant factory system using ICT convergence technology (led)
Research period: April 1, 2021 - March 31, 2022
▸Institution Name: Information and Communications Technology Planning and Evaluation Institute
▸Ministry: Ministry of Science and ICT
▸Main contents: Development of a high-efficiency urban plant factory system that can be operated unmanned through intelligent fault diagnosis and automatic control of plant growth environment by combining ICT technology with urban agricultural plant factories.
Development of a BLDC motor-powered, rechargeable, eco-friendly, multi-purpose electric agricultural machine for gardens (led by the company)
Research period: July 1, 2020 - May 31, 2021
▸Institution Name: Jeollabuk-do Innovation Growth R&D+ Project
▸Ministry: Jeonbuk Techno Park
▸Main contents: Development of a high-efficiency urban plant factory system that can be operated unmanned through intelligent fault diagnosis and automatic control of plant growth environment by combining ICT technology with urban agricultural plant factories.
Development of a compact, high-efficiency, multi-tasking power tiller agricultural machine for urban agriculture (led by the company)
Research period: March 16, 2020 - November 30, 2020
▸Institution Name: Youth Entrepreneurship Academy Commercialization Support
▸Ministry: Small and Medium Business Administration
▸Main contents: Development of a small tiller prototype based on a 3.5 HP 2 Stroke air-cooled engine / Working width 26~74 cm / Working purpose: Work equipment for vegetable gardens and weekend farms
Development of a smart urban agriculture smart farm system that integrates multi-technology networks to create green city jobs (participation)
Research period: November 30, 2020 - November 30, 2022
▸Institution Name: Small and Medium Business Technology Information Promotion Agency
▸Ministry: Small and Medium Business Administration
▸Main contents: Development of core technology and system design for hybrid light supply using natural light and artificial light / Development of membrane-type carbon dioxide capture and supply technology / CO2 supply capacity for smart farm container loading and performance evaluation / CO2 concentration control hardware according to cultivation environment
Development of a 48V lithium-ion battery for agricultural use, a rechargeable electric lift (in-house)
Research period: January 20 - April 20
▸Institution Name: RobotFarm Co., Ltd.
▸Main contents: 48V lithium-ion battery, BLDC motor 1,000W / Electric cylinder applied, upward lift 1.5m / Lifting speed 40-60mm/s / Lifting capacity 300kg
Rotavator upper and lower plate (self)
Research period: February 19 to August 19
▸Institution Name: RobotFarm Co., Ltd.
▸Main contents: Rotovator top plate, thick plate welding robot automation / Server-based 180〬 rotation / Synchronous control rotation jig and land
