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One-stop racking system solutions, easily solving storage problems
The racking system is the foundation of the entire warehouse and distribution center. As a warehousing planning expert, we adhere to the basic principle of "optimizing warehouse space utilization, maximizing cargo storage, ensuring fast and convenient handling paths, shortening operation time, and improving operational efficiency." We tailor-make racking solutions for customers that are suitable for various storage, handling, and picking tasks.
Conventional racking systems, high-density racking systems, and high-bay racking systems for automated warehouses; we provide customized solutions to fully meet your needs. Whether it's pallets, bins, boxes, or irregularly shaped goods, we will use our years of accumulated experience to determine an effective storage system for you, committed to meeting your personalized needs. Our goal is to reasonably plan the warehouse layout, select the appropriate racking structure and goods loading and unloading methods according to the requirements of the stored goods. From on-site surveys, scheme design, verification and optimization to perfect implementation and subsequent maintenance, we provide you with one-stop professional services to help improve storage capacity and optimize material flow.
Optimal warehouse space utilization
Maximum cargo storage
Fast and convenient handling paths
Shorter operation time
Improved operational efficiency
Implementing a warehouse management system
Brings key changes
While meeting customer needs, Liuweizhineng focuses on improving customers' information management level and has independently developed a flat warehouse racking management software system. Connected to Liuweizhineng's warehouse management system, you will gain key results such as inventory visibility, traceable materials, optimized space, increased throughput, improved productivity, and reduced operating costs. The system covers warehousing operations, outbound operations, storage location management, inventory management, batch management, and quality inspection management, effectively controlling and tracking the entire warehouse business process, and achieving precise control of warehouse goods. Based on a modular design concept, the management system uses standard interfaces and can interface with third-party systems to comprehensively improve operational efficiency and help enterprises build core competitiveness in warehousing and logistics management.
Conventional racking
Conventional racking systems mainly refer to various racking systems used in industrial and commercial fields for manual access and forklift access operations. Goods can be stored directly, packaged, in bins, and on pallets in various ways. From an industry perspective, they are divided into two major categories: industrial racking and commercial racking (mainly supermarket racking); from the load capacity of the racking, they can be divided into light-duty racking, medium-duty racking, and heavy-duty racking; from the structural characteristics, they can be classified into shelving racking, beam racking, narrow-aisle racking, mezzanine racking, steel structure platforms, cantilever racking, and flow racking; among them, shelving racking can be further divided into light-duty shelving racking, medium-duty shelving racking, and heavy-duty shelving racking.
Conventional racking is widely used in various industries and for various purposes. Light and medium-duty racking is mainly used for the storage and retrieval of light and medium-duty items such as commercial retail, books, e-commerce, and electronic products. Manual access, individual storage and retrieval, and convenient access; heavy-duty racking is mainly used for the storage of various heavy-duty items in various industries and some warehouse-style supermarkets. Items are generally stored in units of pallets or bins, with forklift access, and whole storage and retrieval.
Conventional racking
Conventional racking systems mainly refer to various racking systems used in industrial and commercial fields for manual access and forklift access operations. Goods can be stored directly, packaged, in bins, and on pallets in various ways. From an industry perspective, they are divided into two major categories: industrial racking and commercial racking (mainly supermarket racking); from the load capacity of the racking, they can be divided into light-duty racking, medium-duty racking, and heavy-duty racking; from the structural characteristics, they can be classified into shelving racking, beam racking, narrow-aisle racking, mezzanine racking, steel structure platforms, cantilever racking, and flow racking; among them, shelving racking can be further divided into light-duty shelving racking, medium-duty shelving racking, and heavy-duty shelving racking.
Conventional racking is widely used in various industries and for various purposes. Light and medium-duty racking is mainly used for the storage and retrieval of light and medium-duty items such as commercial retail, books, e-commerce, and electronic products. Manual access, individual storage and retrieval, and convenient access; heavy-duty racking is mainly used for the storage of various heavy-duty items in various industries and some warehouse-style supermarkets. Items are generally stored in units of pallets or bins, with forklift access, and whole storage and retrieval.
High-density racking
The arrangement of high-density racking is denser than that of conventional racking. It is not the general two-row back-to-back arrangement, but a multi-row and multi-unit depth organic arrangement, mostly with mechanical equipment access, and some can be manually accessed. The access rules for goods include FIFO and LIFO. The space utilization rate of this type of racking is 1.5 to 2 times that of conventional racking, and some racking can achieve electrically controlled movement and access, and integrate with the enterprise's ERP system. According to structural characteristics, it can generally be divided into drive-in racking, gravity racking, shuttle racking, and four-way shuttle racking and multi-layer shuttle racking used in automated storage scenarios. The above high-density racking types all belong to heavy-duty racking systems, mainly used for storing small varieties and large quantities of goods, commonly used in the food, cold chain, tobacco and alcohol, and chemical industries.
High-bay racking for automated warehouses
The racking used in automated warehouses is usually beam racking or cantilever racking, generally with a fully assembled structure, a small part with a welded structure, and a small part with an integrated racking structure. The storage equipment used in this type of racking system is generally pallets or boxes. Pallets have strong load-bearing capacity and good rigidity, generally steel pallets or plastic pallets; if the pallet load is small or the cargo space is small, or the goods themselves have good strength and rigidity, the beams can also be removed, and the pallets, plastic boxes, or goods can be placed directly on the cantilever supports. The manufacturing precision and installation precision requirements of high-bay racking for automated warehouses are much higher than those of racking used in general situations. The main components must be manufactured on high-precision continuous punching and rolling production lines, and the requirements for processing equipment and manufacturing processes are high.
According to the load of the palletized goods and the height of the racking, Liuweizhineng's high-bay racking for automated warehouses has various models of uprights available, including 80, 90, 100, 120, 140, 160 (upright front width), etc., and the upright thickness is around 1.8-4.0mm; beams also have various models such as 80*50, 100*50, 110*50, 120*50, 140*50, 160*60, 180*60, etc., and are all internationally common cold-rolled double-bite type.
High-bay racking for automated warehouses
The racking used in automated warehouses is usually beam racking or cantilever racking, generally with a fully assembled structure, a small part with a welded structure, and a small part with an integrated racking structure. The storage equipment used in this type of racking system is generally pallets or boxes. Pallets have strong load-bearing capacity and good rigidity, generally steel pallets or plastic pallets; if the pallet load is small or the cargo space is small, or the goods themselves have good strength and rigidity, the beams can also be removed, and the pallets, plastic boxes, or goods can be placed directly on the cantilever supports. The manufacturing precision and installation precision requirements of high-bay racking for automated warehouses are much higher than those of racking used in general situations. The main components must be manufactured on high-precision continuous punching and rolling production lines, and the requirements for processing equipment and manufacturing processes are high.
According to the load of the palletized goods and the height of the racking, Liuweizhineng's high-bay racking for automated warehouses has various models of uprights available, including 80, 90, 100, 120, 140, 160 (upright front width), etc., and the upright thickness is around 1.8-4.0mm; beams also have various models such as 80*50, 100*50, 110*50, 120*50, 140*50, 160*60, 180*60, etc., and are all internationally common cold-rolled double-bite type.
Xinjiang Youjia Smart Stereoscopic Garage Co., Ltd.
Email:150001126@qq.com
Company Address: No. 333 Huizhan South Road, Shuimogou District, Urumqi
R&D Center: Jiangsu Nantong Zhongke Zema Intelligent Robot Co., Ltd.
No. 80 Tongjing Avenue, Zhongxiu Street, Chongchuan District, Nantong City, Jiangsu Province
Manufacturing Base: Nantong Europe and America Industrial Park, Chongchuan District, Nantong City, Jiangsu Province
Shougang Production Base, Qinhuangdao City, Hebei Province
No. 196 Petrochemical New Village, Midong District, Urumqi City, Xinjiang
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