Leading wire forming machine manufacturer specializing in the development of welding technology.
It is universally acknowledged that 3d cnc wire bending machine stands as Foshan Jinchun Industrial Automation Technology Co., Ltd.'s main and featured product. We have gained wide recognition and high appraises from all over the world for the product with our pro-environment adherence and strong dedication to sustainable development. Research and development and comprehensive market research have been thoroughly conducted before it is launched so that it highly meets the market demand.
Since launched, XLC products have taken the greatest credits from clients. They have been widely sold at a very competitive price in the domestic and oversea market. Furthermore, the products present a huge development potential and enjoy a broad market prospect, which have attracted more and more customers to cooperate with us.
Base on requirements, at Jinchun, we make our efforts to provide the best possible service package for customers' needs. We want to make 3d cnc wire bending machine perfectly fit for all kinds of business.
Since the concept of "mechatronics" was put forward in Japan in 1971, the manufacturing industry has witnessed earth-shaking changes. This technology has not only provided convenience for production but also helped enterprises achieve the goals of reducing costs and increasing efficiency. Today, I will explore how the 3D wire bending machine realizes mechatronics in the manufacturing industry.
During the process of starting and maintaining a business, many enterprises are faced with problems such as low production efficiency and high labor costs. In order to reduce costs and improve efficiency, more and more enterprises have begun to introduce intelligent machinery and equipment to replace manual labor. Wire products have gradually gained popularity in the market due to their durability and various plasticity, and are widely used in many industries such as automotive parts, hardware products, toys, and stationery.
With the continuous expansion of market demand, wire automation equipment has emerged. As a representative among them, the 3D wire bending machine is capable of producing three-dimensional products, which has greatly improved production efficiency and precision. For example, a 3D wire rotating and bending machine that can handle wire diameters ranging from 2 to 6 mm can have 300 product programming programs built in, with a precision reaching plus or minus 0.5 mm. It can work continuously for 24 hours a day, and its production capacity depends on the bending angles and times of the products.
So, what is the working principle of the 3D wire bending machine? Why can it achieve mechatronics? First, in terms of structure, the 3D wire bending machine mainly consists of an automatic wire rotating and feeding frame, a wire straightening and feeding module, a wire speed adjusting module, a wire bending and forming module, and a microcomputer control module. The working principle of mechatronics is as follows:
Automatic wire rotating and feeding frame: It bears the weight and stabilizes the wire raw material coils, stably outputs the wire, and prevents the wire from crossing or overlapping during the output process.
It receives the wire onto the machine through rolling V-shaped wheels, straightens the wire, enables the wire to be in a straight state to facilitate subsequent bending and straightening requirements, and ensures stable output.
Through the wire adjusting wheel and servo motor, it controls the wire feeding speed, can control the wire's forward and backward movement, and meets the progress requirements during the wire bending process.
Through the positioning, bending, and rotation of the punch of the movable module, it realizes the actual forming effect of the wire.
Through PLC control, it enables operators to compile machine working programs, wire feeding speed, forward or backward movement, bending angles, cutting positions, etc. in an easy-to-understand way, thus realizing the overall mechatronics.
In addition, the 3D wire bending machine also supports operations in multiple languages and has a complete after-sales service system to ensure the long-term stable operation of the equipment.
The 3D wire bending machine has realized the automation, intellectualization, and high efficiency of the production process through mechatronics technology. This has not only reduced the operating costs of enterprises but also improved the quality of products and production efficiency. If you are interested in the 3D wire bending machine or have further needs, please click the link: https://www.jinchunmachine.com/ to obtain more detailed information.
Do you need a wire bending tool in your daily life or work? Are you having trouble choosing between a manual wire bending tool and an automatic wire bending machine?
As a professional factory that manufactures automatic wire bending machines, let me help you find the right answer through the following points:
1. Who Are You?
2. Comparison of Component Assemblies
Manual wire bending tools generally consist of handles, connecting rods, gears, jaws, wire bending heads, etc. Manpower is used on the machine platform. First, the bending position is fixed on the platform, and then the wires are bent one by one manually. Due to the limited physical strength of the human body, usually only one or two bending angles can be achieved; otherwise, the bending effect cannot be achieved.
What about automatic wire bending machines?
Automatic wire bending machines are composed of the following components:
a. Feeding Components Material rack - Used to place the wire coils to be bent. Straightening rollers - Usually composed of multiple pairs of rollers. Friction is generated between the rotation of the rollers and the surface of the wire, thereby driving the wire to be transported. Wire adjusting wheels - The rotation speed and rotation angle of the wheels are controlled by a servo motor. According to preset parameters such as feeding length and speed, the rollers are driven to operate.
b. Bending Components Bending mold - It is a key component that directly acts on wire bending. The bending head can use arc molds with different angles and different curvature radii for bending. Bending drive - You can choose a hydraulic system, a pneumatic system, or a servo - motor system to provide bending power. Different drive devices are suitable for different working conditions and bending requirements.
c. Control System Components Controller (PLC) - This is the most powerful "brain" of the automatic wire bending equipment, responsible for controlling and coordinating the actions of the entire machine. Through pre - written programs, it sets and regulates parameters of various links such as feeding and bending. It can also realize complex logical judgments and fault diagnosis functions to ensure the stable and efficient operation of the machine. Operation panel - This is the human - machine interaction interface. Operators can input instructions, modify parameters, and check the operating status of the machine (such as the current feeding progress and the number of bends) through the operation panel. The operation panel usually adopts a touch - screen or button - type design, with an intuitive and easy - to - understand interface for convenient operation.
d. Clamping Components Clamping components (grippers) - During the wire bending process, it is necessary to fix the wire to prevent it from shifting during bending and affecting the accuracy. The clamping molds or jaws are designed according to the shape and size of the wire, with appropriate clamping force. They reliably clamp the wire before and during the bending operation, and the clamping force can be adjusted through the adjustment device to adapt to wires of different materials and thicknesses.
e. Welding Components Welding base + fixture + welding gun (welding head) - A component added after the completion of the automatic wire bending equipment. Through the welding motion mechanism, the welding gun is driven to move precisely in space. According to the preset welding path and trajectory, welding operations on different parts of the wire are realized to meet the requirements of complex welding shapes and processes.
3. Cost Budget and Usage Space
When funds are tight, the usage space is limited, and the production capacity demand is low, it is recommended to choose a manual wire bending tool. Conversely, it is still recommended to choose automatic wire bending machine equipment.
Although the initial investment in automatic machines is large, due to their high - efficiency production, they can reduce labor costs and reduce the reject rate. The comprehensive cost may actually be lower than the situation of relying on a large number of manual tools for long - term production.
I believe that through the above description, you can better select your desired wire bending machine to meet various wire production needs. If you are interested in wire bending machines or have further requirements, please click on the link: https://www.jinchunmachine.com/ for more detailed information.