For the same 2D wire bending machine, the quotation in India is $6,000. Why is the quotation in China $9,000? For the same 3D wire bending machine, the quotation in India is $30,000, while the quotation in China is $40,000.

When you are purchasing a wire bending machine, do you also have such questions? Obviously, for machines with the same function, why is there such a big price difference between the two countries? As a professional wire bending machine manufacturer, we can responsibly share with you the steps to quickly find the machine equipment that meets your needs.





1. Whether the machine production technology is mature enough Since the 1980s in China, with the development of computer technology, the CNC system (CNC) has been introduced into the bending machine, marking that China's bending machine technology has entered the digital age and began to produce advanced CNC bending machines. Up to now, China's bending machine technology has developed for more than 40 years. In contrast, India only began to introduce automated bending machine technology in 1990.







2. Whether there is a perfect after-sales mechanism Jinchun Enterprise has always been based on integrity. Customers who purchase Jinchun's bending machines can enjoy 24-hour service consultation. For new customers who purchase machines, Jinchun will let customers come to the site for on-site guidance and learning, or directly go to the customer's factory for guidance and learning. Only to make it easier and faster for customers to learn to use the equipment and improve production efficiency as soon as possible. We also provide free teaching videos to provide convenience for customers who are inconvenient or have tight schedules to learn online. For foreign friends, before the product is shipped, we will first ensure the customer's learning requirements and record the operation and use videos to ensure that the customer can easily get started.

3. Price comparison Perhaps due to the low labor cost in India, the bending machines in India are cheaper than those made in China. However, China has been researching and developing bending machines, and its maturity is self-evident. If you save a little money but cause frequent machine failures, the maintenance cost may be even higher. Jinchun can also produce low-priced products, but we can honestly inform you that the components used are definitely not the best. Although the accuracy of Chinese machines is not as good as that of German and Japanese machines, compared with India, the machines made in China will definitely be the most cost-effective.









4. Fast delivery ability The diligence of the Chinese is famous all over the world. Once the Chinese promise something, they will definitely do it. I believe many foreign friends who have traded with the Chinese know this. Generally, for the production of a bending machine, Jinchun's delivery period is 25 - 45 days. Adding the shipping time, it only takes about 2 months to bring the machine back to the factory.



5. Customized service Today's products need to be updated with each passing day. In order to survive, enterprises must adapt to customer needs and constantly update their products. Therefore, Jinchun is also constantly making progress, thinking about what customers think, worrying about what customers worry about, and constantly customizing various automated processing parts that meet specific requirements for customers to solve problems in the best way.



I believe that through the above points, you can better choose the bending machine you like to meet various wire production needs. If you are interested in wire bending machines or have further needs, please click the link: https://www.jinchunmachine.com/ for more detailed information.





Hello, world!
FOSHAN JINCHUN MECHANICAL EQUIPMENT CO.,LTD

In the field of welding, such troubles often occur: Even experienced welders may produce weld scars of inconsistent quality when welding cast - iron products. When using various welding methods, the welding effect can be perfect when the welder is in good condition, but once the welder is not in the right state, the product quality will vary. At this time, many people hope to use automated welding machinery and equipment to achieve stable output but don't know where to start. Don't worry. With more than 20 years of experience in manufacturing welding machines, we will unveil the answer for you.

Let's first learn about the common machines for welding iron wires:









Spot Welder
Utilizing the resistance - heating effect, it can complete welding in an extremely short time








Wire Bending with Butt
After automatically bending the iron wire, it can directly perform butt welding








Full Automatic wire welding machine
By digitally adjusting parameters such as time








Laser welding machine
it can achieve synchronous output of multiple laser beams






1.Spot Welder: Utilizing the resistance - heating effect, it can complete welding in an extremely short time, boasting extremely high production efficiency and being very suitable for large - scale production. It has a short welding time, a small heat - affected zone, and the welded spots are firm with stable quality. The heat is concentrated, which has little impact on the surrounding materials and can reduce damage to the metal surface. In addition, parameters such as welding speed and force can be adjusted as needed. It produces less smoke and harmful gases and can also save energy to a certain extent.



2.Wire Bending and Butt - Welding All - in - One Machine: It has the advantage of fully automated operation. After automatically bending the iron wire, it can directly perform butt welding, greatly improving production efficiency and saving labor costs. Its controller is connected with a PLC and a text display, which is easy to operate and has a stable system. The pneumatic vertical pressurization and upsetting system has a large pressure, reliable clamping, and a rigid body, making it suitable for high - requirement butt welding of various metals.

3.Fully Automatic Wire Welding Machine: By digitally adjusting parameters such as time and pressure and combining with highly accurate CCD video capture, it can ensure that each welded spot and arc reach the ideal effect. One person can operate multiple machines, effectively saving labor. It can also reduce defective products and lower material waste. Since it uses high - quality imported parts, it has excellent wear - resistance, high welding accuracy, a long machine life, and a welding speed far exceeding that of traditional manual wire welding machines.

4.Laser Welding Machine: With precise computer control, it can achieve synchronous output of multiple laser beams, greatly improving the welding speed and production efficiency. It can reduce the heat - affected zone, lower the possibility of material deformation, and maintain the precise structure of the welded parts. The characteristics of high - energy density and rapid heating can effectively control the deformation of the base metal and maintain the original properties of the material. The high - power wire - filling technology can also improve the quality and performance of the welded joint and can replace traditional connection methods to reduce the weight of the product.




Next, let's take a look at the common welding methods for welding iron wire



1.AC Resistance Welding: A large number of welding points can be completed in a short time, with high production efficiency, making it suitable for large - scale production. When the nugget is formed, it is surrounded by a plastic ring, and the metallurgical process is simple. The weld seam has high strength and stability. No filler metal or welding materials are required, resulting in low costs. It is easy to achieve mechanization and automation, and the heat - affected zone is small, which can reduce the deformation of the welded parts.

2.TIG Welding: Using argon as a shielding gas, it can isolate the air to prevent oxidation, obtain high - quality and high - strength weld seams, and has a low defect rate. It is suitable for a variety of metals, especially for active and refractory metals. The heat input is small, the deformation of the welded parts is small, it can meet the processing requirements of high - precision welded parts, and the appearance of the weld seam is relatively beautiful.

3.Medium - Frequency Resistance Welding: It can provide a large welding current to fully fuse the metal of the welded joint, and the weld seam is firm, making it suitable for occasions with high requirements for welding strength. It has good adaptability to iron wires of different materials, diameters, and thicknesses. Parameters can be adjusted to achieve the best effect. For iron wires with impurities such as oil stains and rust, it can also ensure the welding quality.






Welding parts
on XY welding sets







Welding parts
on butt welding plate







Welding parts
on forming machine




Through the above introduction of these two aspects, I believe you can more accurately judge the machine equipment suitable for your own products. If you are interested in wire welding machines or have procurement or technical consultation needs, please feel free to click on the link: https://www.jinchunmachine.com/ for more details. We will go all out to provide you with professional solutions and help your production business thrive!

Hello, world!
FOSHAN JINCHUN INDUSTRIAL AUTOMATION TECHNOLOGY CO.,LTD




In the vast world of the manufacturing industry, there are factories that focus on producing a kind of equipment with high professionalism and technological content - 3D CNC wire bending machines. Today, let's take you into the Jinchun Industrial Automation Factory and unveil its mysterious veil.


Factory Environment and LayoutOnce you step into the Jinchun Industrial 3D CNC wire bending machine factory, the first thing that catches your eye is the spacious and rationally planned spatial layout. The production workshop is usually divided into different functional areas. There is a raw material storage area where various high-quality wires are neatly placed, waiting to be processed into precision products. Beside it is the processing and manufacturing area. Advanced machine tools are arranged in an orderly manner, and workers operate them methodically. With the slight roar of the machines, the wires are gradually bent into preset shapes under the command of the CNC system.


Advanced Production EquipmentThe reason why such factories can manufacture high-quality 3D CNC wire bending machines is inseparable from their advanced production equipment. Large CNC machining centers can accurately perform machining operations such as milling and drilling on various parts, ensuring that the dimensional tolerances of the parts are within a very small range, laying a solid foundation for the subsequent assembly of the whole machine and the stability of its performance.


Of course, the core wire bending machine manufacturing equipment is of even greater importance. Professional wire bending machine tools are equipped with intelligent CNC systems. Operators only need to input corresponding 3D graphic data, bending angles, lengths and other parameters on the operation panel, and the machine tools can automatically complete complex bending processes. Moreover, these equipment are constantly being updated. The factory will regularly introduce new technologies and new equipment to improve production efficiency and product quality and keep up with the trend of the industry's development.






JINCHUN INDUSTRIL
AUTOMATION EQUIPMENT






JINCHUN WORKSHOP







JINCHUN WORKSHOP





何生
合伙人
我们已经设计了许多不同的组合模块，实现您不同的需求







黄小姐
主管
我们已经设计了许多不同的组合模块，实现您不同的需求







李生
设计师
我们已经设计了许多不同的组合模块，实现您不同的需求











Professional Talent TeamIn the 3D CNC wire bending machine factory, talent is the most precious asset. From experienced mechanical engineers who are proficient in mechanical principles and structural design and can draw perfect design drawings of wire bending machines according to market demands and customer customization requirements, to electrical engineers who are responsible for endowing the wire bending machines with an "intelligent brain" to make the CNC system run stably and realize various complex automated control functions.


There are also operating workers who have undergone long-term professional training and are familiar with the operation specifications of each piece of equipment. In their daily work, with their exquisite skills, they make the raw materials "dance" on the wire bending machines and finally turn them into qualified products. The after-sales team is also indispensable. They are on standby at any time. Once customers encounter problems during the use process, they can respond in a timely manner and provide professional technical support and maintenance services.


Strict Quality Control SystemQuality is the lifeline of the factory, especially for 3D CNC wire bending machine factories. Starting from the procurement of raw materials, suppliers will be strictly screened, and only raw materials such as wires that meet high standards will be selected. During the production process, each process has a detailed quality inspection process. The combination of workers' self-inspection, mutual inspection and random inspection by specialized quality inspection personnel ensures that no slight quality problem can escape their "sharp eyes".


Before the finished products leave the factory, comprehensive performance tests will also be carried out to simulate various actual working conditions and test the stability, bending accuracy and continuous working ability of the wire bending machines. Only products with all indicators fully qualified will be allowed to be labeled as qualified and shipped to customers.





























Application Fields and Advantages of ProductsThe products produced by 3D CNC wire bending machines play a key role in many fields. For example, in the automobile manufacturing industry, it can be used to bend the wire frames of automobile seats and the fixing wires of various pipelines in the vehicle, helping to efficiently produce automobile parts. In the hardware products field, it can manufacture metal wire products with different shapes and high precision to meet different decorative and practical needs.


Its advantages are also obvious. High-precision bending can ensure the consistency of products and reduce the scrap rate. The powerful CNC function can quickly switch between different production tasks to realize diversified product processing, greatly improving the flexibility of production. Moreover, with the integration of intelligent technologies, functions such as remote monitoring and fault early warning can be realized, further improving the convenience of equipment use and maintenance efficiency.


In conclusion, the Jinchun Industrial 3D CNC wire bending machine factory shines brightly on the stage of the manufacturing industry with its excellent environment, advanced equipment, professional talent, strict quality control and high-quality products, and continuously contributes to promoting the development of relevant industries.


It is hoped that through this introduction to the Jinchun Industrial Factory, you can have a deeper understanding of 3D CNC wire bending machine factories and also be more aware of the importance of such factories and their products in our lives and industrial production. If you are interested in 3D wire bending machines or have procurement and technical consultation needs, please click on the link: https://www.jinchunmachine.com/ to get more details. We will do our best to provide you with professional solutions and help your production business thrive!

Both bending machines and folding machines are commonly used equipment in industrial manufacturing and some processing fields. However, there are obvious differences between them in many aspects. The following will elaborate on the differences between the two from the perspectives of working principles, application ranges, structural characteristics and processing precision.

Working principles



Bending machines: Their working principles usually rely on mechanical transmission components or hydraulic systems to generate powerful pressure, which acts on the workpiece placed between the molds, causing the workpiece to undergo plastic deformation according to the shape of the mold, thus achieving the bending effect. For example, for a common hydraulic bending machine, the hydraulic pump provides power to drive the piston movement of the hydraulic cylinder, and then drives the upper die to apply pressure downward on materials such as plates located on the lower die, making them bend to the set angle.
Folding machines: Generally, through a series of mechanical structures and transmission devices, they drive folding tools or folding components to perform folding operations on materials with relatively gentle and regular movements. It is more like simulating the action of manual paper folding, folding materials in an orderly manner according to the preset creases. They are mostly suitable for folding relatively soft materials such as paper, leather, and thin soft plastic sheets, and often complete the folding process through methods such as roller rotation and mechanical arm driving.

Application ranges



Bending machines: They are mainly applied in the field of metal processing, such as the bending processing of various metal plates, pipes, and wires. For example, in the machinery manufacturing industry, they are used to bend metal plates for making machine shells, or in the construction industry, they are used to bend metal structural parts such as steel beams to meet the needs of different structural construction. They focus on processing materials with higher hardness that require greater bending force.
Folding machines: They play a more important role in packaging, printing, leather products and some light industry fields. For example, in a carton production factory, folding machines are used to fold corrugated cardboard into the prototype of a carton according to the designed shape; in a leather products factory, leather is folded into a specific shape for making leather products such as wallets and handbags, focusing on folding materials with relatively soft textures and thin thicknesses into shapes.


Structural characteristics



Bending machines: The overall structure is relatively solid and heavy, and often equipped with a powerful power system. Whether it is a hydraulic type or a mechanical type, it needs to have a fuselage frame that can withstand large pressure, high-precision molds and stable and reliable transmission components. Because it has to deal with the huge reaction force generated when metal materials are bent, its structure is more inclined to high strength and high rigidity.
Folding machines: The structure is relatively delicate and flexible. Usually, there are multiple rollers that can be accurately adjusted, folding knife holders and mechanical arms that can flexibly control the movement trajectory and other components. The design purpose is to be able to accurately and gently handle soft materials and achieve diversified folding styles, so the overall structure pays more attention to the combination of flexibility and precision.

Processing precision



Bending machines: When bending metal materials, although they can also meet relatively high precision requirements, due to the characteristics of metal materials themselves and the complexity of the bending operation, their precision is mainly reflected in the approximate accuracy of angles and dimensions, allowing a certain error range. For example, in the bending of some metal structural parts used in construction, an angle error within a few degrees is considered qualified.
Folding machines: For the folding of soft materials, especially when paper is used in fine fields such as printing and packaging, extremely high precision is required. The positions of creases, folding angles and so on all need to be accurate to millimeters or even smaller units to ensure the appearance and performance of the final product.



In conclusion, although both bending machines and folding machines involve the operations of bending and folding materials, they each play an irreplaceable role in different industrial and manufacturing scenarios based on differences in principles, applications, structures and precision.

In today's manufacturing field, 2D and 3D wire bending machines are like two dazzling stars, playing an incomparably crucial role and becoming super multifunctional tools for shaping metal wires. Whether it is a simple two-dimensional shape or a complex and delicate three-dimensional structure, they can handle them with ease, meeting the diverse needs of various industries.





Exploring the 2D Wire Bending MachineThe 2D wire bending machine, as a basic yet extremely important device, focuses on performing in the plane dimension. In the production of common metal hangers in daily life, it shows its great capabilities. By precisely setting the bending angle and length parameters, it can quickly bend straight metal wires into standard hanger shapes, which is efficient and cost-effective. The furniture manufacturing industry also favors it. For example, the decorative border lines of tables and chairs can be perfectly crafted by the 2D bending machine to form smooth and rounded arcs, adding delicate beauty to the furniture and enhancing its overall quality. Moreover, in the forming of wiring troughs for electrical equipment and the production of small metal fences for agriculture, the 2D wire bending machine, with its stable performance, continuously outputs high-quality bent wires, ensuring the smooth progress of the production process.


Unlocking the Magical World of the 3D Wire Bending MachineWhen the design requirements rise to the three-dimensional space, the 3D wire bending machine makes a grand appearance. The automotive manufacturing industry is an important battlefield for it to achieve great things. The intricate pipeline brackets inside vehicles and the unique metal skeletons of seats all rely on the exquisite shaping of the 3D wire bending machine. It can wind, twist, and bend the wire into various unimaginable shapes according to complex CAD model data, ensuring that each component not only precisely fits the vehicle body structure but also meets strict mechanical performance requirements. Looking at the aerospace field, the precision metal wire components used in satellite parts, aircraft landing gears, and other key parts, with the superb skills of the 3D wire bending machine, are perfectly transformed from design blueprints into real products, carrying the heavy responsibility of high-tech equipment. Even in the field of artistic creation, sculptors use the 3D wire bending machine to materialize their inspirations and create astonishing wire artworks, expanding the boundaries of artistic expression.


The Synergy of the Two, Creating Unlimited PossibilitiesIn many large projects, the 2D and 3D wire bending machines do not exist in isolation but cooperate tacitly. For example, in the production of the metal decorative grille on the facade of a large building, first, the 2D bending machine is used to complete the formation of the basic plane grid units, and then the 3D bending machine is used to perform three-dimensional shaping on the connection parts and special-shaped nodes. Finally, they are spliced together to achieve a stunning overall decorative effect. This collaborative operation mode not only gives full play to the high-efficiency and low-cost advantages of the 2D machine but also breaks through the design limitations with the help of the 3D machine, achieving a high degree of integration of functionality and artistry.




In conclusion, with their respective specialties and synergistic effects, 2D and 3D wire bending machines run through all aspects from daily necessities to high-end manufacturing, from practical engineering to artistic creation, constantly shaping unlimited possibilities of metal wires, promoting the vigorous development of numerous industries, and becoming indispensable and capable partners in modern industry and creative industries. In the future, with the continuous innovation of technology, it is believed that they will unlock even more astonishing application potentials and continue to write glorious chapters.