In today’s fast-paced
industrial environment,
efficiency, space
optimization, and
intelligent management have become the core demands of modern
warehouses and production workshops. As enterprises continue to expand production scales and improve
processing precision, traditional
material storage methods—such as
manual stacking,
fixed shelving, and inefficient
material retrieval—have gradually exposed drawbacks including low efficiency, high labor costs, large space occupation, and difficulty in realizing traceability management. To solve these pain points, the
Automatic Intelligent Material Library with 2000kg
Capacity, 9m/min
Vertical Lift, and
Space-Saving Design has emerged as a game-changing industrial
automation solution,
integrating intelligent storage,
automated handling, and seamless docking with processing
equipment to realize unmanned operation and digital management of the entire material flow process.
The Automatic Intelligent Material Library is not just a simple
storage device; it is a comprehensive intelligent system that combines material storage,
automated retrieval, vertical transportation, and data management. Its core positioning is to replace manual operations in the entire process of “material retrieval → transportation to processing equipment → processing completion → finished/semi-finished
product storage”, thus bridging the gap between
material management and production processes, and promoting the transformation of enterprises towards unmanned, intelligent, and digital production. Unlike traditional
storage solutions that only focus on “storing materials”, this intelligent material library emphasizes “efficient circulation and precise management” of
materials, making it suitable for a wide range of industries, including
machinery manufacturing, automobile parts processing,
aerospace, electronic components production, and hardware processing.
One of the most prominent
advantages of this Automatic Intelligent Material Library is its impressive 2000kg capacity, which is designed to meet the storage needs of
heavy-duty raw materials, semi-finished products, and finished products in industrial production. Whether it is large-size
steel plates,
heavy castings, bulky machine parts, or batches of processed components, the library can stably bear the load without deformation or
safety risks. The 2000kg single-layer
load capacity is not only a reflection of its heavy-duty performance but also a guarantee for enterprises to
store large quantities of materials in a centralized manner, reducing the need for multiple storage devices and further
optimizing the use of
workshop space. Compared with ordinary intelligent storage libraries with a load capacity of less than 1000kg, this product can adapt to more complex and heavy-duty application scenarios, providing a more comprehensive
storage solution for heavy industry enterprises.
Another key highlight is its 9m/min
vertical lift speed, which significantly improves the efficiency of material retrieval and transportation. In traditional manual storage, workers need to spend a lot of time moving materials between different floors or storage positions, which is not only inefficient but also prone to errors due to fatigue. The vertical lift system of this intelligent material library adopts high-precision transmission components and
advanced control
technology, enabling the lift platform to move up and down at a
stable speed of 9m/min. This means that materials can be quickly transported from the storage layer to the retrieval position or from the processing equipment to the storage layer, shortening the material circulation cycle and improving the overall production efficiency. For example, in a machinery processing workshop that requires continuous production, the 9m/min vertical lift speed can ensure that the processing equipment is supplied with materials in a timely manner, avoiding production interruptions caused by material shortage, and thus improving the production capacity of the entire workshop.
Space-saving is another core selling point of this Automatic Intelligent Material Library, which is particularly important for enterprises with limited
workshop space. Traditional storage methods often require a large amount of
horizontal space for stacking materials or
installing fixed shelving, resulting in low space utilization and crowded workshop environments. This intelligent material library adopts a
vertical storage design, making full use of the vertical space of the workshop. By stacking materials layer by layer in the vertical direction, it can store a large number of materials in a small horizontal area, increasing the space utilization rate by 30%-80% compared with traditional storage methods. In addition, the library’s
compact structure and flexible
layout allow it to be installed in narrow workshop corners or between processing equipment, fully utilizing the idle space of the workshop and creating a more orderly and spacious production environment for enterprises.
In terms of specifications, the Automatic Intelligent Material Library is designed with flexibility to meet the diverse needs of different enterprises. It supports multiple standard sizes, including 3015mm, 4015mm, 4020mm, 6015mm, 6020mm, and 6025mm, which can be
customized according to the actual size of the enterprise’s materials and workshop space. The number of layers can be adjusted between 8 and 13 layers, and the load per layer can reach 3T/5T, with a maximum load ranging from
300KG to 3000KG—this flexibility ensures that the product can adapt to different material types and storage requirements. In terms of air consumption, the library only requires 1.5m³/min, and the air source pressure is 0.6-0.7Mpa, which is energy-saving and environmentally friendly, reducing the enterprise’s operating costs while ensuring stable operation.
Beyond its core performance parameters, the Automatic Intelligent Material Library also has a number of product advantages that make it stand out in the market. First, it is
efficient and high-yield. By replacing manual
loading and unloading, it avoids problems such as manual fatigue, uneven efficiency, and human errors, ensuring a stable processing cycle of up to 3-5 seconds per operation. This can increase the enterprise’s production capacity by 30%-80% and support 24/7 continuous production, which is particularly suitable for enterprises that need to improve production efficiency and meet large-order delivery requirements. Second, it is accurate and stable. The positioning accuracy of the built-in
robotic arm can reach ±0.01mm, which is far higher than manual operation accuracy. This reduces manual operation errors, improves product qualification rates, and is especially suitable for high-precision machining scenarios, such as aerospace parts processing and electronic components production.
Cost saving is another important
advantage of this intelligent material library. On the one hand, it can replace 2-6 workers, significantly reducing labor costs for enterprises—especially in the context of rising labor costs, this can bring considerable cost savings to enterprises in the
long run. On the other hand, it minimizes material loss by avoiding manual collision, improper placement, and other problems that often occur in manual operations. In addition, the standardized material storage method of the library reduces site occupation, further reducing the enterprise’s rental costs for workshops or warehouses. Safety and reliability are also prioritized in the design of this product: it isolates the processing area from personnel, avoiding safety risks to operators caused by machine tools, stamping equipment, and other processing equipment, and thus reducing the occurrence of work-related accidents. This not only protects the safety of employees but also reduces the economic losses caused by accidents for enterprises.
Intelligent traceability is another key function that meets the digital management needs of modern enterprises. The Automatic Intelligent Material Library is equipped with an
integrated data management function, which can record key information such as production quantity, material flow, and equipment operation status in real time. It also supports docking with MES (Manufacturing Execution System), enabling enterprises to realize unified management and monitoring of the entire production process. Through the data management system, managers can easily query the storage location, quantity, and flow of each batch of materials, track the processing progress of products, and make data-driven decisions to optimize production plans and improve management efficiency. This not only realizes the digitalization of production management but also lays a foundation for enterprises to achieve intelligent transformation.
The working process of the Automatic Intelligent Material Library is simple, efficient, and
fully automated, requiring minimal manual intervention. The first step is
raw material warehousing: workers only need to place the raw materials to be processed into the material storage according to specifications, and the system will automatically record the material information, such as model, quantity, and storage location. This eliminates the need for manual recording, reducing the risk of data errors. The second step is order issuance: managers can set production tasks, such as processing batches and output quantities, through the control system, and the system will automatically generate corresponding material retrieval and transportation instructions according to the production tasks. The third step is
automatic feeding: the
material warehouse pushes the corresponding raw materials to the picking position according to the instructions, and the
manipulator grips the raw materials with a fixture and precisely delivers them to the machine tool worktable for positioning. This process is fully automated, ensuring the accuracy and timeliness of material feeding.
In the processing coordination stage, after the machine tool receives the material-in-position signal, it starts processing automatically, and the system monitors the processing process in real time. If any abnormality occurs during processing, the system will issue an alarm in time to remind managers to handle it, ensuring the stability of the processing process. Finally, after processing is completed, the machine sends a signal to the system, and the manipulator grips the finished or semi-finished product and sends it to the designated storage location in the material
warehouse, or directly to the next processing process. This seamless connection between processing and storage realizes the unmanned operation of the entire
production line, improving production efficiency and reducing human intervention.
In terms of after-sales service and quality assurance, the Automatic Intelligent Material Library is
ISO9001/CE certified, which is a guarantee of its product quality and compliance with international standards. The
ISO9001 certification ensures that the product meets strict quality management system requirements in the production, assembly, and testing processes, while the
CE certification indicates that the product complies with European safety, health, and environmental
protection standards, making it suitable
for sale and use in European markets. In addition, we provide comprehensive after-sales services, including on-site installation, commissioning, staff training, and regular maintenance. Our
professional technical team can quickly solve any problems encountered by customers during the use of the product, ensuring the stable operation of the equipment and
maximizing the interests of customers.
In conclusion, the Automatic Intelligent Material Library with 2000kg Capacity, 9m/min Vertical Lift, and Space-Saving Design is a
high-efficiency, intelligent, and cost-effective
industrial storage solution that addresses the pain points of traditional material storage and management. Its 2000kg heavy-duty capacity, 9m/min high-speed vertical lift, and space-saving vertical design make it suitable for a wide range of industrial scenarios; its efficient, accurate,
safe, and intelligent performance helps enterprises improve production efficiency, reduce costs, and realize digital management. Whether you are a heavy industry enterprise with large material storage needs or a high-precision processing enterprise pursuing efficient and intelligent production, this Automatic Intelligent Material Library can provide you with a customized, reliable storage solution, helping your enterprise gain a competitive advantage in the fierce market competition.
