China Jiangsu NOVA Intelligent Logistics Equipment Co., Ltd. Company News

With the continuous development of logistics technology, cold storage, as the infrastructure of cold chain logistics, has continuously innovated its automation technology, which not only improves the safety and reliability of stored food, but also brings more possibilities to the circulation of fresh food in different regions. In the field of supply chain applications, the automation of cold storage can be said to be a strong case. So what exactly does automation bring to cold storage?   01 Reduce dependence on labor For the staff, the cold storage is a very harsh working environment. Studies have shown that cold storage workers have higher turnover and accident rates than other warehouse work environments. Automation has freed humans from harsh working environments, increased job safety, and resolved labor issues.   02 Improve work efficiency Usually, companies will strictly limit the continuous working hours of employees in cold storage to reduce the harm caused to employees by the harsh environment, but this will also interrupt labor flow and reduce efficiency. Therefore, the efficiency gains brought about by cold storage automation are usually more significant than those of other warehouse types.   03 Ensure food safety As the main storage object in cold storage, the supply chain of frozen food regards temperature control as the key to ensuring food safety. Manual work often introduces temperature fluctuations to stored frozen foods. The higher the degree of automation, the longer the food can be kept at a constant temperature in a low-temperature environment, and the freshness and taste of the food will naturally be better.   04 Reducing energy consumption Automated storage, handling and picking technologies will greatly reduce the floor space requirements for cold storage and reduce refrigeration costs. Early automation required high levels of specialization in automation control software and relied too much on expensive but inflexible systems, while current systems are more modular, more flexible, and easier to use. Modular warehouse management software has better adaptability to warehouse processes and equipment, can directly support automation systems, and eliminate the need for independent automation control software. Automated high-rise warehouses can be combined with AGV automatic guided vehicles and robot picking systems to provide flexible and modular automation solutions for cold storage. Today, almost all warehouses face a shortage of qualified workers. By automating the product flow in cold storage, operators can reduce their reliance on manual processes, employees are protected from harsh environments, and warehouse efficiency and safety are taken to new heights. As a professional warehousing intelligent logistics system integrator, Jiangsu Liuwei has undertaken tens of thousands of shelf engineering and logistics warehousing automation projects since its establishment, focusing on designing, developing and delivering high-quality automation for forward-thinking warehouse and distribution center customers. Logistics solutions.  

From November 5 to 8, the benchmark event of the logistics equipment industry, CeMAT ASIA 2024, was held in Shanghai New International Expo Center. NOVA Intelligent once again brought innovative products and solutions to booth W1-G2, bringing the latest technology display to the audience and discussing industry trends with colleagues in the industry. At this exhibition,NOVA Intelligent brought two intelligent warehousing and logistics system solutions - pallet-level four-way shuttle storage and conveying system and material box-level multi-layer shuttle storage system, and the industry's first four-way shuttle robot for pallet conveying, which attracted many visitors to stop and watch and communicate with many customers. An innovative intelligent handling equipment, used for pallet conveying at the front end of the warehouse, can replace the ring-through, partial ring conveyor line and straight shuttle solutions that require turning. Compared with the ring shuttle car and ring conveyor line solutions, the hardware cost is effectively reduced by 30%-50%.1.High-speed operation: maximum speed 2.5m/s, maximum acceleration 1.5m/s², can self-adjust according to path length and load; 2.Smooth scheduling: perform tasks according to the shortest path, autonomously identify obstacles, and short parking waiting time; 3.Green and energy-saving: equipped with energy recovery system, energy consumption is equivalent to 30% of traditional transportation solutions; 4.Strong scalability: throughput upgrades can be easily achieved by extending the track, adding diversion channels or adding vehicles.   NOVA Intelligent believes that the current situation and needs faced by each customer are unique and require personalized solutions. The on-site sales and technical team answers and helps every visitor's questions with professional and profound knowledge and patient and meticulous attitude. In addition, in recent years, NOVA Intelligent has gradually opened up the overseas market, and its product quality has been highly recognized by many foreign customers. This exhibition also attracted customers from many countries including Russia, Malaysia, South Korea, and Japan to come for business exchanges and business negotiations. At the same time, Liuwei Intelligence once again won the "2024 Logistics Well-known Brand (Shelf) Award" and "2024 Logistics Well-known Brand (Shuttle Car) Award" to recognize its outstanding achievements in the logistics industry in 2024.       Looking forward to the future, we will continue to work hard in the logistics equipment industry, focus on "specialization and innovation", and provide global customers with more sophisticated system solutions and more considerate full-process services. Thank you to every customer and partner who visited the CeMAT exhibition, and look forward to meeting you again in the near future!

When you manage your warehouse, the choice of shelves is very important. There are many different types of racks, but drive-through racks are an option well worth considering. They can greatly improve the storage capacity and efficiency of warehouses. This article will provide an in-depth look at the features, benefits, and applicability of drive-through racks, and give you advice on how to choose the right one for your warehouse.     Here is the outline: 1. Types of drive in rackings 2. Advantages of drive in rackings 3. How to choose the right drive in racking for your warehouse     What is a drive in racking? Drive-through racking is a high-density storage solution that increases warehouse storage capacity and efficiency. They use electric vehicles to shuttle between the shelves, and the driver controls to place the goods in the desired position. This type of rack is suitable for warehouses that require a lot of storage and has a high stacking height.     Types of drive in rackings There are two types of drive-on racks: one-way drive-on racks and two-way drive-on racks. One-way drive in racking: it can only enter and exit from one direction, and the goods must leave the warehouse at the same end. Two-way drive in racking: it can enter and exit from two directions, and the goods can be out of the warehouse at different ports.     Advantages of drive in rackings Drive-through racks are superior to traditional racks in many ways, here are some of the most notable advantages: Improve storage density Drive-through racks have a very high storage density because they can store a large number of goods in a very limited space. This is because they can be stacked very high without compromising access to goods. Improve transportation efficiency The drive in racking can significantly improve the transportation efficiency of goods in the warehouse. Since they can shuttle between shelves, goods can be transported to the desired location more quickly. Improve work efficiency Drive-through racks increase productivity because they store and retrieve goods more quickly. Also, they reduce the time and effort employees need to move goods. flexibility The drive in racking can be rearranged and positioned according to actual needs to meet the different needs of the warehouse. Suitability of drive-through racks Drive in rackings are suitable for warehouses that require high-density storage.   The most common application scenarios are: Refrigerated warehouse Drive-through racks are ideal in refrigerated warehouses because they can store large quantities of refrigerated products at high stack heights without compromising storage and access. food and drinks Drive-through racks are also ideal for the food and beverage industry. They can store large quantities of food and beverages while improving shipping and work efficiency and ensuring accurate inventory management. Pharmaceutical industry Drive-through racks are also very suitable in the pharmaceutical industry, as they can store a large number of medicines and medical devices, and can ensure a constant temperature and humidity in the storage environment.     How to choose the right drive-in racking for your warehouse Here are a few factors to consider when choosing the right drive-in racking for your warehouse: storage requirements First, you need to determine the type and quantity of goods you need to store. This will help determine how much storage space you need and the type and height of shelves you need. warehouse size Second, your warehouse size and shape need to be considered. This will help determine how many shelves you need and where to install them. vehicle selection It is also necessary to determine the type and size of the electric vehicle you will be using. This will help determine the minimum spacing and height between shelves. equipment requirements Finally, the required equipment and software, such as shelf management systems, electric vehicle control systems, etc., need to be considered. These devices and software can improve work efficiency and reduce labor costs.     in conclusion Drive-through racks are a great solution for warehouses that require high-density storage. They can improve the storage capacity and efficiency of warehouses and are suitable for many industries, such as cold storage, food, medicine, etc. Factors such as storage requirements, warehouse size, vehicle selection, and equipment requirements need to be considered when selecting the right drive-in racking for your warehouse. NOVA is a Chinese company specializing in the production and processing of drive-in rackings, welcome to cooperate.  

The useful life of a racking system can vary depending on several factors such as the quality of the system, the level of maintenance and care, the type of products being stored, and the conditions in which it is used.Generally, a well-maintained racking system can last for 10 to 20 years or even longer.   However, it is important to regularly inspect and maintain the system to ensure its safety and functionality. Factors such as damage from forklift impacts, overloading, corrosion, and wear and tear can reduce the useful life of a racking system. Regular inspections, repairs, and replacements of damaged components are necessary to extend the lifespan of the system.     Here are some additional details regarding the useful life of a racking system: 1. Quality of the system: The quality of the racking system plays a significant role in determining its useful life. Higher-quality systems that are manufactured with durable materials and undergo rigorous testing and quality control measures tend to have a longer lifespan compared to lower-quality systems.   2. Maintenance and care: Regular maintenance and care are crucial for extending the useful life of a racking system. This includes conducting routine inspections to identify any damage or wear, promptly repairing or replacing damaged components, and ensuring proper load distribution and weight limits are adhered to. Regular cleaning to prevent the accumulation of debris and regular lubrication of moving parts can also help prolong the system's lifespan.   3. Type of products stored: The type of products being stored on the racking system can impact its useful life. Some products may be more prone to causing damage or stress on the system, such as heavy or bulky items, hazardous materials, or products with irregular shapes. Properly assessing the compatibility of the products with the racking system and implementing appropriate storage practices can help mitigate potential damage and extend the system's lifespan.   4. Environmental conditions: The conditions in which the racking system is used can impact its useful life. Factors such as temperature fluctuations, humidity, exposure to corrosive substances, and the presence of moisture can accelerate the deterioration of the system. Implementing measures to protect the system from adverse environmental conditions, such as using protective coatings or installing climate control systems, can help prolong its lifespan.   5. Compliance with safety standards: Adhering to safety standards and regulations is crucial for ensuring the longevity of a racking system. Following proper installation procedures, conducting regular safety inspections, and addressing any identified safety concerns promptly are essential for maintaining the structural integrity and safety of the system.   It is important to note that while a racking system may have an estimated useful life, regular evaluations and assessments should be conducted to determine if any repairs, replacements, or upgrades are necessary to ensure continued safe and efficient operation.

The most widely used pallet racking system is the selective pallet racking system. It is a versatile and flexible system that allows for easy access to each pallet.   It is commonly used in warehouses and distribution centers as it provides efficient storage and retrieval of palletized goods.   The features of selective pallet racking include:   1. Accessibility: Selective pallet racking allows for direct access to each pallet, making it easy to load and unload goods. This feature is beneficial for fast-moving or high-turnover inventory.   2. Versatility: The system can be customized to accommodate various pallet sizes, weights, and heights. It can also be easily adjusted or reconfigured to meet changing storage needs.   3. Space Efficiency: Selective pallet racking maximizes vertical space utilization by allowing pallets to be stacked one on top of another. This helps to optimize warehouse storage capacity.   4. Selectivity: With selective racking, each pallet is individually accessible, allowing for specific pallets to be selected and retrieved without the need to move other pallets.   This feature is ideal for operations that require quick and frequent access to different SKUs.   5. Durability: Selective pallet racking systems are typically made from high-quality steel, ensuring strength and durability. This makes them capable of withstanding heavy loads and the rigors of warehouse operations.   6. Safety: The system incorporates features such as beam locks, safety pins, and reinforcement bars to secure the pallets and prevent accidental dislodgement or collapse.   7. Cost-effective: Selective pallet racking is a cost-effective solution compared to other racking systems, as it requires minimal investment and offers a high return on investment due to its efficiency and versatility.   The selective pallet racking system offers an efficient, accessible, and adaptable solution for warehouse storage needs.   NOVA is a Chinese company specializing in the production and processing of drive in rackings, welcome to cooperate.

There are several advantages of cantilever racking: 1. Versatility: Cantilever racking is highly versatile and can accommodate a wide range of items, such as long and bulky items like pipes, lumber, and metal bars. It can also be adjusted to different heights and lengths, allowing for customization based on specific storage needs.   2. Easy access: The open design of the cantilever racking provides easy access to stored items, making it convenient for loading and unloading. Forklifts and other material handling equipment can easily maneuver around the racking system, saving time and effort.   3. Increased storage capacity: Cantilever racking allows for high-density storage, maximizing the use of vertical space. With no vertical obstructions, it provides uninterrupted storage levels, enabling efficient organization and utilization of space.   4. Damage prevention: Cantilever racking is designed to protect stored items from damage. The absence of vertical beams or supports eliminates the risk of horizontal pressure points, reducing the chances of deformation or breakage. Additionally, the arms of the racking system are often equipped with protective features like end stops or rubberized coatings to prevent scratching or denting of items.   5. Easy installation and reconfiguration: Cantilever racking is relatively easy to install and can be quickly reconfigured or expanded as storage needs change. This flexibility makes it a cost-effective option for businesses that require adaptability in their storage systems.   6. Improved organization and accessibility: Cantilever racking allows for clear visibility and easy organization of stored items. With no vertical obstructions, it is easier to locate and retrieve specific items, reducing the time spent searching for products and improving overall efficiency.   7. Safety: Cantilever racking is designed to be stable and secure, ensuring the safety of both workers and stored items. The racking system is typically made of durable materials that can withstand heavy loads and provide stability, reducing the risk of accidents or collapses.   Overall, cantilever racking offers numerous advantages in terms of versatility, accessibility, storage capacity, damage prevention, installation flexibility, organization, and safety. These benefits make it a popular choice for businesses in various industries that require efficient and effective storage solutions for long and bulky items.

The weight capacity of pallet racking systems can vary depending on several factors, including the type of racking, its configuration, and the specific design and specifications of the manufacturer. Here are some general guidelines:   1. Standard Selective Pallet Racking: This is the most common type of pallet racking. It consists of upright frames and horizontal beams that create individual levels for pallet storage. The weight capacity per pair of beams (two beams supporting one pallet) typically ranges from 2,000 to 5,000 pounds (900 to 2,300 kilograms), depending on the beam length, profile, and gauge of steel used.   2. Double-Deep Racking: This system allows for two pallets to be stored back-to-back on each level. The weight capacity per pair of beams in double-deep racking is generally lower than that of standard selective racking due to the increased load-bearing requirements. It typically ranges from 1,500 to 3,500 pounds (680 to 1,600 kilograms) per pair of beams.   3. Drive-In/Drive-Through Racking: These systems are designed for high-density storage, where forklifts can drive directly into the rack structure to place or retrieve pallets. The weight capacity of drive-in/drive-through racking is influenced by factors such as the number of pallets deep, the height of the structure, and the spacing between upright frames. The weight capacity per pair of beams ranges from 1,500 to 4,000 pounds (680 to 1,800 kilograms) or more.   It's important to note that these weight capacities are general guidelines, and it's crucial to consult the manufacturer's specifications and guidelines for the specific pallet racking system being used. Additionally, factors such as the quality of the racking components, the condition of the floor and the levelness of the installation can also affect the overall weight capacity of the system. Therefore, it's advisable to work with a professional engineer or a qualified racking supplier to ensure that the racking system is designed, installed, and loaded within the manufacturer's recommended weight limits for safe and efficient operation.

Multi-tier shelving refers to a storage system composed of multiple levels or tiers of shelving units stacked on top of each other. It is designed to maximize vertical storage space in warehouses, distribution centers, retail stores, and other facilities where efficient storage and retrieval of goods is essential.   In a multi-tier shelving system, each tier consists of a series of shelves or racks that are accessed by workers or automated equipment such as forklifts, pallet jacks, or conveyors. The number of tiers can vary depending on the height of the facility and the available space. The shelving units are typically made of durable materials such as steel to support heavy loads.   Multi-tier shelving systems are often used to store a large quantity of goods within a limited footprint. By utilizing vertical space effectively, these systems enable organizations to maximize their storage capacity while maintaining easy access to stored items. They are particularly useful in environments where floor space is limited, such as in urban areas where land costs are high.   These shelving systems can be customized and configured to meet specific storage needs. They can incorporate features such as mezzanine floors, staircases, walkways, and safety barriers to facilitate movement between the different tiers. Additionally, multi-tier shelving can be combined with other storage solutions like pallet racking, carton flow systems, or automated storage and retrieval systems (AS/RS) for increased efficiency.   Overall, multi-tier shelving offers a practical and space-efficient solution for optimizing storage and improving operational efficiency in various industries.

A cantilever racking system is a type of storage solution designed to store long and bulky items such as steel bars, pipes, lumber, and furniture. It consists of vertical columns with horizontal arms that extend outward to support the stored items. The arms are adjustable and can be moved up or down to accommodate different sizes of items. The cantilever design allows for easy access to the stored items as there are no vertical supports to obstruct the loading and unloading process. This type of racking system is commonly used in warehouses, lumber yards, and manufacturing facilities.   A cantilever racking system is made up of several components, including vertical columns, horizontal arms, and braces. The vertical columns are usually made of steel and are anchored to the floor to provide stability. The horizontal arms are attached to the columns and extend outward at a slight angle. The arms can be adjusted to different heights to accommodate different sizes of items.   The braces are used to connect the columns and provide additional stability to the racking system. There are two types of braces: cross braces and diagonal braces. Cross braces connect the columns on the same level, while diagonal braces connect the columns on different levels.   Cantilever racking systems are available in different configurations, including single-sided and double-sided. Single-sided systems have arms on one side of the columns, while double-sided systems have arms on both sides. Double-sided systems are ideal for storing large quantities of items and can be accessed from both sides.   One of the advantages of a cantilever racking system is that it allows for easy access to the stored items. The absence of vertical supports means that items can be loaded and unloaded using forklifts or other material-handling equipment without any obstructions. Additionally, the adjustable arms allow for flexibility in storing items of different sizes and shapes. Cantilever racking systems are commonly used in industries such as construction, manufacturing, and lumber yards. They are ideal for storing long and bulky items that cannot be stored on traditional pallet racking systems.   Nova will offer expert service of cantilever racking for you.

The cost of warehouse storage can vary depending on factors such as location, size of the warehouse, length of storage, and additional services required. It is best to contact a warehouse storage provider in your area for a quote based on your specific needs.     Warehouse storage is the process of storing goods and products in a commercial warehouse facility. These facilities are typically large, secure buildings with loading docks, storage racks, and other equipment designed to safely store and manage inventory. Warehouse storage is often used by businesses that need to store large quantities of products for an extended period of time. The cost of warehouse storage can vary depending on a number of factors, including: Location: The cost of warehouse storage can vary depending on the location of the facility. Warehouses in urban areas or near major transportation hubs may be more expensive than those in rural areas. Size: The cost of warehouse storage is often based on the amount of space needed to store your inventory. Larger warehouses will generally cost more than smaller ones. Length of storage: The longer you need to store your products, the more it will cost. Many warehouse storage providers offer discounts for long-term storage. Additional services: Some warehouse storage providers offer additional services such as inventory management, fulfillment, and shipping. These services can add to the overall cost of storage. It's important to note that warehouse storage costs are typically calculated on a per square foot basis, and can range from a few cents to several dollars per square foot per month.