Jiying Technology is a leading enterprise in intelligent agricultural equipment for hilly and
mountainous areas. It has built a full-chain industrial platform covering “intelligent equipment R&D –
scenario-based testing -large-scale production” and solves agricultural production problems through
technological innovation. It mainly develops a series of products such as handling equipment for
complex road conditions in hilly and mountainous areas, full-process mechanized, automated and
intelligent equipment for vegetables, orchard management equipment, as well as three-dimensional
agriculture and protected agriculture equipment. It is committed to providing more comprehensive
and efficient technical support and solutions for agricultural modernization.
To better develop intelligent systems and achieve full coverage of smart optimization, the company
has collaborated with professors from Zhejiang University to establish Hangzhou Huichuang
Xingchen Technology Co., Ltd. in Hangzhou. Near the company’s headquarters in Linhai, Taizhou, it
has raised over 500 mu of land to build its own agricultural machinery testing and application base,
where tests on the integration of agricultural machinery and agronomy, reliability tests of agricultural
machinery, and multi-scenario and multi-performance inspections are conducted to ensure stable
performance and simple operation of agricultural machinery. In Changshan, Quzhou, it has
purchased more than 180 mu of land to build a full-process production workshop for agricultural
machinery used in hilly and mountainous areas，supporting 200 mu of mountain farm machinery
testing ground.
THE COMPANY OFFERS
Off-road load machineries including crawler type field transporter, monorail conveyor, four wheel
vehicles etc.
Automated and semi-automated transplanting machines for vegetables like broccoli, eggplant, and
leek, with intelligent management and automatic harvesting features.
Orchard management tools like remote-controlled mowers, sprayers, and rotary tillers.
Iorchard management equipment such as remote-controlled mowing, pesticide spraying, rotary
tillage, and branch shredding equipment.
Facility agricultural equipment including single-span and multi-span greenhouses, integrated water
and fertilizer systems, greenhouse aerail rail transporters, pesticide sprayers, seedling cultivation
facilities, and insecticidal lamps.
2025-2027 FUTURE OUTLOOK
The company aims to advance full-scale digital agriculture using virtual reality (vr) and intelligent
machinery. They plan to integrate modern technology like remote sensing and computer
communication with foundational disciplines like geography and agronomy. This fusion will create a
dynamic spatial information system to digitize and model agricultural processes. Their goal is 24/7
monitoring of crops and soil, tailoring machinery responses to factors like growth, diseases, and
resource levels.
Future plans emphasize leveraging the internet of things (iot) to enhance agricultural operations,
blending iot and cloud computing with traditional farming for a comprehensive smart agriculture
experience.