Jutuo Technology operates in both OEM and ODM modes, and has developed differentiated technical advantages for each mode to meet the diverse needs of customers.
In the OEM mode, the company focuses on production accuracy and compliance. Its core advantages lie in three aspects: First, the ability to implement technical standardization, strictly following the technical parameters set by the customers and international and domestic safety standards (such as EN 81, GB 7588), ensuring that the products are fully compatible with the customers' designs and minimizing the risk of technical deviations; second, mature supply chain integration technology, relying on the long-term accumulated component supply chain resources, achieving efficient adaptation and assembly of core components such as traction machines, control systems, and door machines, ensuring production stability and product consistency; third, optimization of large-scale production technology, through standardized production line layout, robot welding, and intelligent detection equipment and other automated technology applications, reducing unit production costs while further improving product accuracy and stability.
Under the ODM model, the company takes on the entire process of design to production, with its technical advantages focusing on innovation and customization: Firstly, it has a full-chain R&D capability, possessing the ability to independently design from core components to the entire elevator structure, and can quickly respond to market demands for new technologies such as energy conservation, intelligence, and space optimization; Secondly, it offers customized technical solutions, which can optimize elevator parameters based on customer needs (such as building type, load capacity, speed, installation environment), for example, designing small-sized shaft elevators for old residential areas renovations and developing intelligent group control systems for high-end buildings; Thirdly, it has the efficiency of technology integration and iteration, integrating technologies from multiple fields such as mechanical engineering, electronic control, and the Internet of Things (remote monitoring, fault warning), and due to the close connection between design and production, it can quickly achieve technological iteration and cost optimization.