ข้อมูลจากกรมศุลกากรจีนแสดงให้เห็นว่าในปี 2564, นิวซีแลนด์ imported overhead cranes from China worth $252,000, compared with $103,000 in 2020. In terms of import quantity, New Zealand will import a total of 22 sets of overhead cranes from China in 2021, with an average import unit price of US$14,500. In 2020, a total of 7 sets of overhead cranes will be imported from China, with an average import unit price of US$14,700. In terms of import volume and import value, China-made overhead cranes have increased their market share in New Zealand's crane market. Statistics from China's Ministry of Commerce show that in 2021, machinery and equipment will rank second among various types of goods imported from China by New Zealand, with an import value of S$2.89 billion.
As an excellent crane supplier in China, Dongqi รถเครน can provide all kinds of crane equipment to New Zealand. Overhead crane is one of the important products of Dongqi Crane. Dongqi Crane has rich experience in overseas installation of overhead cranes, and can independently complete crane installation and maintenance in New Zealand. Dongqi Crane has various types of overhead cranes, which can meet the work needs of most customers. This article will introduce the working characteristics and technical parameters of different types of overhead cranes one by one. If you are interested in our products, you can click here to ติดต่อพวกเราหรือบอกพวกเราโดย อีเมล:sales010@cranesdq.com
Single Girder Overhead Crane sold to the New Zealand Price
Ports and docks: As an island country, New Zealand's ports and docks play an important role in international trade. Grab bridge cranes are widely used in bulk cargo loading and unloading at ports and docks due to their efficient loading and unloading capabilities, such as loading and unloading of bulk cargo such as coal, ore, and grain.
Industrial manufacturing: In New Zealand's industrial manufacturing field, especially heavy manufacturing industries such as steel and chemical industries, grab bridge cranes are also used for handling and stacking of raw materials and products, improving production efficiency.
Warehousing and logistics: In warehousing and logistics centers, grab bridge cranes can be used for rapid handling and stacking of goods, reducing labor costs and improving warehousing efficiency.
2. Application characteristics
Efficiency: Grab bridge cranes can automatically complete the actions of grabbing, lifting, handling and unloading materials, greatly improving loading and unloading efficiency and reducing manual intervention and waiting time.
Flexibility: By adjusting the size and shape of the grab, grab bridge cranes can adapt to the loading and unloading needs of materials of different types and specifications, and have strong flexibility.
Safety: Modern grab bridge cranes are equipped with a variety of safety protection devices, such as limiters, overload protection, anti-collision systems, etc., to ensure safety during operation.
3. Market and Trends
Market demand: With the continuous development of New Zealand's economy and the growing prosperity of international trade, the demand for efficient and safe material handling equipment continues to increase. As one of the important loading and unloading equipment, the market demand for grab bridge cranes will continue to grow.
Technological innovation: With the continuous advancement of science and technology, grab bridge cranes have made significant progress in automation and intelligence. In the future, New Zealand's grab bridge crane market will pay more attention to technological innovation and intelligent development to meet the needs of different industries for efficient and intelligent material handling equipment.
Environmental protection and energy saving: In the context of environmental protection and energy saving becoming a global consensus, New Zealand's grab bridge crane market will also pay more attention to the research and development and application of environmental protection and energy-saving technologies to reduce energy consumption and emissions and achieve sustainable development.
Industrial production: In New Zealand's industrial production, LD single-beam bridge cranes are widely used in workshops, warehouses, material yards and other places to lift and transport materials. Its compact structure, light weight and smooth operation enable it to adapt to various production environments and improve production efficiency.
Ports and docks: Although the application of LD single-beam bridge cranes in ports and docks may not be as common as large port cranes, it can still play an important role in some small ports or specific operating areas for loading and unloading of bulk cargo or containers.
Warehousing and logistics: In warehousing and logistics centers, LD single-beam bridge cranes can be used for rapid handling and stacking of goods, reducing labor costs and improving warehousing efficiency. Its flexible operation mode and efficient operation capacity make it one of the important equipment in the warehousing and logistics industry.
2. Application characteristics
Reasonable structure and strong rigidity: LD single-beam bridge cranes have the characteristics of reasonable structure and strong rigidity of the whole machine, which can ensure stability during lifting, reduce vibration and shaking, and improve operation safety.
Smooth operation and accurate positioning: The use of new technologies such as variable frequency drive enables the crane to accurately position the load during lifting or operation, reduce the swing of the hoisted object, and increase safety and comfort during operation.
High degree of intelligence: Some LD single-beam bridge cranes are equipped with intelligent functions such as monitoring, remote communication, diagnosis, and automatic control, which can easily realize intelligent transfer and improve operating efficiency and management level.
3. Market and Trends
Market demand: With the continuous development of New Zealand's economy and the continuous upgrading of industrial production, the demand for efficient, safe and intelligent material handling equipment continues to increase. As one of the important lifting equipment, the market demand for LD single-beam bridge cranes will continue to grow.
Technological innovation: With the advancement of science and technology and the continuous development of the crane industry, LD single-beam bridge cranes will continue to innovate and improve in structure, materials, drive systems, control systems, etc. For example, new materials are used to reduce deadweight, more efficient drive systems are used to improve operating efficiency, and more advanced control systems are used to achieve intelligent operation.
Environmental protection and energy saving: In the context of environmental protection and energy saving becoming a global consensus, LD single-beam bridge cranes will also pay more attention to the research and development and application of environmental protection and energy-saving technologies. For example, use low-noise, low-energy motors and transmission systems, and energy-saving lighting equipment.
The application of QC electromagnetic bridge crane in New Zealand is mainly reflected in the following aspects:
1. สาขาการใช้งาน
Industrial manufacturing: QC electromagnetic bridge crane can use electromagnetic force to adsorb and transport materials. It is especially suitable for industries that need to process metal materials, such as steel and non-ferrous metal processing. In New Zealand's industrial manufacturing sector, these cranes are widely used in workshops for handling raw materials, transferring semi-finished products, and delivering finished products, significantly improving production efficiency.
Warehousing and logistics: In warehousing and logistics centers, QC electromagnetic bridge cranes can quickly and accurately complete the stacking and sorting of metal materials, reducing the complexity and labor intensity of manual operations while improving the efficiency of warehousing management.
Scrap metal recycling: In the scrap metal recycling industry, QC electromagnetic bridge cranes can efficiently transport and classify scrap metal, such as scrap iron, scrap steel, etc., contributing to environmental protection and circular economy.
2. Application characteristics
Strong carrying capacity: QC electromagnetic bridge cranes usually have a large carrying capacity and can lift and carry loads weighing 5 tons to 50 tons, meeting the demand for large-capacity material handling in industrial production.
Easy to operate: This type of crane uses electromagnetic suction cups as the lifting medium. By controlling the size and direction of the electromagnetic force, it can easily achieve the adsorption, lifting, transportation and unloading of materials, and the operation is simple and fast.
Safe and reliable: QC electromagnetic bridge crane strictly abides by safety regulations during the design and manufacturing process, and is equipped with a variety of safety protection devices, such as limiters, overload protection, etc., to ensure safety and reliability during operation.
3. Market and Trends
Market demand: With the continued development of New Zealand's economy and the continuous optimization and upgrading of its industrial structure, the demand for efficient and intelligent material handling equipment continues to increase. As one of the important lifting equipment, QC electromagnetic bridge crane's market demand will continue to grow.
Technological innovation: The future QC electromagnetic bridge crane will pay more attention to technological innovation and intelligent development. For example, by introducing advanced control systems and sensor technologies, crane automation, remote control, fault diagnosis and other functions are realized; at the same time, the design and performance of electromagnetic chucks are optimized to improve adsorption force and work efficiency.
Environmental protection and energy saving: With environmental protection and energy saving becoming a global consensus, future QC electromagnetic bridge cranes will pay more attention to the research, development and application of environmental protection and energy saving technologies. For example, energy-saving motors and transmission systems, optimized electromagnetic force control algorithms and other measures are adopted to reduce energy consumption and emissions.
LH double-girder bridge cranes are widely used in New Zealand, mainly in the following aspects:
1. สาขาการใช้งาน
Industrial manufacturing: LH double-girder bridge cranes play an important role in New Zealand's industrial manufacturing field. They are widely used in workshops such as machinery manufacturing, assembly, and precision processing for lifting, transshipment, and stacking of raw materials, semi-finished products, and finished products. Its strong carrying capacity and stable operating performance can meet various complex material handling needs in industrial production.
Ports and docks: Although LH double-girder bridge cranes may not be the main equipment in large ports, they can still play an important role in some small and medium-sized ports or specific operating areas. They are used for loading, unloading, stacking, and transshipment of port cargo to improve port operation efficiency.
Warehousing and logistics: In warehousing and logistics centers, LH double-girder bridge cranes are indispensable material handling equipment. They can quickly and accurately complete the handling, stacking, and sorting of goods, reduce labor costs, and improve the efficiency and accuracy of warehousing management.
Construction site: On New Zealand construction sites, LH double-beam bridge cranes are also often used to lift building materials and components, such as steel, prefabricated panels, etc. Its stable operating performance and efficient operating capacity provide strong support for the construction of construction sites.
2. Application characteristics
Strong carrying capacity: The LH double-beam bridge crane has a strong carrying capacity and is generally suitable for material handling operations with a lifting weight ranging from a few tons to tens of tons. Its double-beam structure can withstand large loads and ensure the safe operation of the equipment.
Smooth operation: The crane adopts advanced transmission mechanism and control system, which can achieve smooth lifting, operation and stopping. This helps to reduce the vibration and shaking of materials during handling and protect the materials from damage.
Flexible operation: The LH double-beam bridge crane has a variety of operating methods, such as ground operation and control room operation. Users can choose the appropriate operation method according to actual needs to improve operating efficiency and safety.
Compact structure: The crane has a compact and reasonable structural design and occupies a small area. This helps to achieve efficient material handling operations in a limited space.
3. Market and Trends
Market demand: With the continuous development of New Zealand's economy and the acceleration of industrialization, the demand for efficient and safe material handling equipment continues to increase. As one of the important lifting equipment, the market demand for LH double-beam bridge cranes will continue to grow.
Technological innovation: In the future, LH double-beam bridge cranes will pay more attention to technological innovation and intelligent development. For example, advanced control systems and sensor technologies are introduced to realize functions such as automation, remote control and fault diagnosis of cranes; structural design and material selection are optimized to improve the load-bearing capacity and operating stability of equipment.
Environmental protection and energy saving: In the context of environmental protection and energy saving becoming a global consensus, future LH double-beam bridge cranes will pay more attention to the research and development and application of environmental protection and energy-saving technologies. For example, energy-saving motors and transmission systems are adopted, and the operating parameters of cranes are optimized to reduce energy consumption and emissions.
QD double-beam bridge cranes are widely used in New Zealand, mainly due to their large lifting capacity, large span, stable operation and other characteristics, making them an indispensable and important equipment in various industrial, port, warehousing and other scenarios. The following is a specific analysis of the application of QD double-beam bridge cranes in New Zealand:
1. สาขาการใช้งาน
Industrial manufacturing: In the field of industrial manufacturing in New Zealand, QD double-beam bridge cranes are widely used in heavy machinery manufacturing, automobile manufacturing, aerospace, shipbuilding and other industries. They can lift and carry heavy machinery and equipment, large steel, parts, etc., to meet various material handling needs on the production line.
Ports and docks: In ports and docks, QD double-beam bridge cranes are important equipment for container loading and unloading and bulk cargo handling. They can efficiently and accurately complete the lifting, stacking and transshipment of goods, and improve the port's operating efficiency and throughput.
Warehousing and logistics: In warehousing and logistics centers, QD double-beam bridge cranes are used for shelf construction, cargo handling and stacking. Its wide working range and powerful lifting capacity make warehousing management more efficient and orderly.
Construction site: On construction sites, QD double-beam bridge cranes are also used to hoist building materials, components and equipment. They are able to cope with various complex construction environments and ensure the construction progress and quality of construction sites.
2. Application characteristics
Large lifting capacity: The QD double-beam bridge crane has a high lifting capacity and can meet the needs of various heavy lifting tasks. Its carrying capacity can reach several hundred tons, which is suitable for hoisting large and heavy goods and equipment.
Large span: Due to the double-beam structure, the crossbeam of the QD double-beam bridge crane can cover a larger working range and can operate in sites with a large span. This makes it suitable for work scenes that require large-scale movement and lifting.
Stable work: The QD double-beam bridge crane has high stability, which can ensure the smooth transportation and precise positioning of the lifting objects. Its reasonable structural design and advanced manufacturing process can maintain stable performance under various working conditions.
Safe and reliable: This crane usually adopts high-quality materials and advanced manufacturing processes, with high reliability and durability. At the same time, it is also equipped with a variety of safety protection devices, such as limiters, overload protection, etc., to ensure safety and reliability during operation.
Flexible operation: QD double-beam bridge cranes are usually equipped with a complete control system and operation interface, allowing operators to easily master and operate. It can be remotely operated through remote control or the control panel in the control room, which improves the convenience and safety of operation.
The application of QY insulated bridge cranes in New Zealand is mainly concentrated in industrial manufacturing, non-ferrous metal smelting, mining sand and stone processing, food sugar and salt processing, pharmaceutical tablet production, chemical fertilizer manufacturing, plastic granule production and metallurgical powder processing. The following is a specific analysis of the application of QY insulated bridge cranes in New Zealand:
1. สาขาการใช้งาน
Industrial manufacturing: In the field of industrial manufacturing in New Zealand, QY insulated bridge cranes are widely used in production lines that need to handle metal materials. Its insulation design can effectively prevent the current on the live equipment from being transmitted to the crane through the hoisted components during work, thereby protecting the safety of the driver and equipment.
Non-ferrous metal smelting: QY insulated bridge cranes are particularly suitable for smelting workshops of non-ferrous metals such as electrolytic aluminum, magnesium, lead and zinc. In these environments, cranes need to frequently lift high-temperature, molten metals, and the insulation design can ensure the safety and stability of the operation process.
Mining sand and stone processing: In the mining field, QY insulated bridge cranes can be used for the lifting and stacking of raw materials such as sand, stone and ore. Its powerful lifting capacity and stable operating performance can meet the high requirements of mining production for material handling.
Food sugar and salt processing: In the food industry, especially in the processing of raw materials such as sugar and salt, QY insulated bridge cranes can be used for the lifting and storage management of raw materials. Its insulation design ensures the hygiene and safety of the food production environment.
Pharmaceutical tablet production: In the pharmaceutical industry, precise material handling is also required in the production process of tablets and other medicines. The precise control and stable performance of QY insulated bridge cranes help improve the efficiency and quality of pharmaceutical production.
Chemical fertilizer manufacturing: In the field of chemical and fertilizer manufacturing, QY insulated bridge cranes can be used for the lifting and storage of chemical raw materials and finished fertilizer products. Its insulation design can effectively prevent the corrosion of chemical substances and electrical safety hazards.
Plastic granule production: In the production process of plastic granules, raw materials and finished products need to be lifted frequently. The use of QY insulated bridge cranes can improve production efficiency and ensure operation safety.
Metallurgical powder processing: In the processing and storage of metallurgical powder, QY insulated bridge cranes also play an important role. Its insulation design ensures the accuracy and safety of powder handling.
2. Application characteristics
Insulation design: The biggest feature of QY insulated bridge crane is its insulation design. This design can effectively prevent the current on the live equipment from being transmitted to the crane through the hoisted components during the working process, thereby protecting the safety of the driver and the equipment.
Powerful lifting capacity: This crane usually has a high lifting capacity and span, which can meet the high requirements of material handling in various industrial fields.
Stable operation performance: QY insulated bridge crane adopts advanced transmission mechanism and control system to ensure the stability and reliability of the equipment during operation.
Flexible operation mode: The crane can be operated in the driver's cab, and supports multiple operation modes such as air operation, ground operation, remote control, etc., which improves the flexibility and convenience of operation.
Perfect after-sales service: In New Zealand, Dongqi Crane can provide sales and after-sales service for QY insulated bridge crane. These services include equipment installation, commissioning, maintenance and training, etc., to ensure that customers can get timely support and help during use.
European double-girder bridge cranes are widely used in New Zealand, mainly due to their efficient, safe, reliable performance and diverse application scenarios. The following is a detailed analysis of the application of European double-girder bridge cranes in New Zealand:
1. สาขาการใช้งาน
Industrial manufacturing: European double girder overhead cranes play an important role in New Zealand's industrial manufacturing sector. They are widely used in production lines in automobile manufacturing, machinery manufacturing, aerospace, electronic appliances and other industries. They are used to transport and assemble large machinery and equipment, parts and raw materials, significantly improving production efficiency.
Logistics and warehousing: In the field of logistics and warehousing, European-style double-girder bridge cranes are indispensable material handling equipment. They can quickly and accurately complete the loading, unloading, stacking and sorting of goods, improving the efficiency and accuracy of warehouse management. Especially in large warehouses and logistics centers, European-style double-girder bridge cranes are more commonly used.
Infrastructure construction: In the field of infrastructure construction in New Zealand, such as bridge construction, water conservancy projects, subway construction, etc., European double-girder bridge cranes also play an important role. They can hoist large components and materials, such as bridge steel beams, precast concrete components, etc., providing strong support for the smooth progress of infrastructure construction.
Energy industry: In the energy industry, such as wind power, nuclear power, thermal power and other fields, European double-girder bridge cranes are used to hoist and install large equipment, such as wind turbine blades, nuclear reactor components, etc. Its efficient and stable performance ensures the safety and efficiency of energy facility construction.
2. Application characteristics
Efficiency: The European-style double-girder bridge crane uses advanced variable frequency speed motors and PLC control systems, which can achieve smooth start and stop, effectively reduce energy consumption, and improve work efficiency. Its double-girder structure makes the crane have stronger load-bearing capacity and stability, and can meet the lifting needs under various complex working conditions.
Security: The crane is equipped with multiple protection systems, including overload protection, limit protection, emergency stop and other safety measures to ensure the safety of operators and equipment. In addition, its high-quality materials and strict manufacturing processes also ensure long-term stable operation of the equipment.
Flexibility: The European double-girder bridge crane can realize multi-directional movement, including lateral movement, longitudinal lifting and trolley travel. This enables it to adapt to various complex work scenarios and achieve precise cargo handling and positioning.
Ease of maintenance: The crane's modular design and standardized design of wearing parts make daily maintenance more convenient and faster. At the same time, its function of supporting remote monitoring and fault diagnosis also reduces maintenance costs and time.
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