Double-Tower Plate Material System

Technical Specifications

Two single towers share one lift, offering higher cost-effectiveness and greater space savings. Each level can carry 3 tons or 5 tons, accommodating panels ≤8000*2500mm. Layer height can be customized to customer specifications. The modular design allows it to function independently as a material storage warehouse for panels or integrate with other equipment for customized configurations per client requirements.

is an important subsidiary of Yurui Machinery Group, focusing on the research and application of intelligent warehousing solutions. It is a integrating research and development, production, sales, and service. Relying on the strong technical support of Yurui Machinery Group, we have diversified products such as automatic loading and unloading robotic arms for sheet metal, intelligent sheet metal, three-dimensional storage warehouses for pipes, and forklift sheet metal racks. We have a professional R&D team with over 20 technical engineers, including 8 R&D engineers. Double-Tower Plate Material System Suppliers in China, the factory covers an area of 6.6 square meters and has an annual production capacity of over 500 units.

PROFESSIONAL TEAM · EXCLUSIVE DOCKING

*There are a total of 20+technical and service personnel, including 8 engineers with over 20 years of industry experience

*Provide one-on-one service, gain in-depth understanding of customer needs, and quickly customize adaptive solutions

*Support multilingual services, covering global customers

Customized support · Flexible and diverse

*Provide OEM/ODM services: covering the entire process of product design, technical adaptation, brand packaging, etc. OEM/ODM Custom Double-Tower Plate Material System Online.

*Collaboration forms such as hardware customization, software integration, and joint research and development can flexibly match customer brand positioning

*Provide detailed drawings and 3D technology demonstrations to assist customers in understanding product performance and application methods