autolinkcnc

CNC Wire Bending Machine

⚙️Meet the 2D CNC Wire Bending Machine built for next-level performance and 360° versatility.

🔹 Integrated wire feeding + straightening = smoother operations 🔹 Dual bending arms for complex, consistent shaping 🔹 Handles a range of materials — SS, copper, aluminium, and more

📌 Choose your model: WB-2D206E | 208E | 210E 📩 Message us to schedule your free consultation 📞 +918925517718 📧 [email protected]

Autolink CNC Technology Co., Ltd. is a leading Supplier in China. We are specialized in supplying CNC spring coiling machines, CNC wire forming machines, and CNC wire bending machines.

We follow the main policy of new technology, quality assurance, and honest service.  We are also specialized in providing customized wire bending machines to fulfill our customer requirements. 

For more details,

CNC Pipe Bending Machine with Robotic Pick & Place | Fully Automated Pipe Handling

Our robot-assisted pipe bending machine is here to do the heavy lifting. Fully automated, highly accurate, and built to run non-stop. Just set it, watch it bend, and let the robot handle the rest.

🚀 The perfect trio for your factory:

🔧 Boost productivity 📈 Ensure consistency ⏱️ Cut down lead time

¿Qué es la máquina para enderezar y cortar alambre?

Una máquina para enderezar y cortar alambres, también conocida como dispositivo para enderezar y cortar alambres o simplemente enderezadora de alambres, es una máquina industrial especializada que se utiliza para enderezar y cortar alambres o varillas de metal en longitudes específicas. Este tipo de máquina se emplea comúnmente en varias industrias, incluidas la construcción, la fabricación, el cercado y la producción de productos de alambre.

El objetivo principal de la máquina es enderezar el alambre enrollado o la varilla metálica y cortar con precisión las piezas, listas para usar en diversas aplicaciones. La máquina ofrece varias ventajas, como mayor eficiencia, precisión y consistencia en comparación con los procesos manuales de corte y enderezado.

Aquí hay una breve descripción de cómo funciona una máquina típica de enderezamiento y corte de alambre:

1. Alimentación del alambre: La máquina toma alambre enrollado o varillas de metal a través de un mecanismo de alimentación, que guía el material hacia la sección de enderezamiento.

2. Enderezado: El alambre pasa a través de una serie de rodillos o guías que alinean y enderezan el material. Estos rodillos son ajustables, lo que permite que la máquina maneje diferentes diámetros de alambre y garantice un enderezamiento óptimo.

3. Corte: Una vez que el alambre está enderezado, se traslada a la sección de corte de la máquina. Aquí, el alambre se corta en longitudes predeterminadas utilizando un mecanismo de corte, que puede ser una cizalla o un cortador giratorio.

4. Control de longitud: la máquina generalmente tiene controles que permiten al operador establecer con precisión la longitud deseada del alambre cortado. Esto asegura que cada pieza se corte a la misma longitud, manteniendo la consistencia en el producto final.

5. Recolección: Después de cortar el cable a la longitud deseada, se recolecta en un contenedor u otro receptáculo para facilitar su manejo y procesamiento posterior.

Nuestras máquinas vienen en varios tamaños y capacidades, atendiendo a diferentes diámetros de alambre y requisitos de producción. Algunas máquinas pueden tener características adicionales como alimentación automática de alambre, conteo de lotes y ajustes de velocidad para satisfacer necesidades de producción específicas.

What Is Wire Straightening And Cutting Machine?

A wire straightening and cutting machine, also known as a wire straightening and cutting device or simply a wire straightener, is a specialized industrial machine used to straighten and cut wire or metal rods to specific lengths. This type of machine is commonly employed in various industries, including construction, manufacturing, fencing, and wire product production.

The main purpose of the machine is straightening the coiled wire or metal rod and precisely cut pieces, ready for use in various applications. The machine offers several advantages, such as improved efficiency, accuracy, and consistency compared to manual straightening and cutting processes.

Here's a brief overview of how a typical wire straightening and cutting machine works:

1. Feeding the Wire: The machine takes in coiled wire or metal rods through a feeding mechanism, which guides the material into the straightening section.

2. Straightening: The wire passes through a series of rollers or guides that align and straighten the material. These rollers are adjustable, allowing the machine to handle different wire diameters and ensure optimal straightening.

3. Cutting: Once the wire is straightened, it moves to the cutting section of the machine. Here, the wire is cut into predetermined lengths using a cutting mechanism, which can be a shear or rotary cutter.

4. Length Control: The machine typically has controls that allow the operator to set the desired length of the cut wire accurately. This ensures that each piece is cut to the same length, maintaining consistency in the final product.

5. Collection: After the wire is cut to the desired lengths, it is collected in a bin or other receptacle for easy handling and further processing.

Our machines come in various sizes and capacities, catering to different wire diameters and production requirements. Some machines may have additional features like automatic wire feeding, batch counting, and speed adjustments to meet specific production needs.

1. Prepare el cable: asegúrese de que el cable que está utilizando esté recto y sin torceduras ni deformaciones. Recorte el cable a la longitud deseada si es necesario.

2. Configure la máquina: ajuste la configuración de la máquina de acuerdo con las especificaciones de la curva deseada, como el ángulo, el radio y la dirección de la curva. Consulte el manual del usuario de la máquina para obtener instrucciones específicas sobre cómo configurar su máquina en particular.

3. Cargue el alambre: Inserte un extremo del alambre en el mecanismo de alimentación de la máquina, que puede ser un rodillo o un juego de guías. Asegúrese de que el alambre esté bien colocado y correctamente alineado con los rodillos o troqueles de doblado.

4.Active la máquina: Inicie la máquina de acuerdo con sus instrucciones de funcionamiento. El alambre se alimentará automáticamente a través de los rodillos o troqueles de doblado y se llevará a cabo el proceso de doblado.

5. Supervise el proceso: observe el cable a medida que se mueve a través de la máquina. Asegúrese de que se doble correctamente y de que se forme la forma deseada. Si es necesario realizar ajustes, detenga la máquina y realice los cambios necesarios antes de continuar.

6. Inspeccione el doblez: Una vez que el alambre haya pasado a través de la máquina y se haya completado el proceso de doblado, examine el doblez resultante. Compruebe si hay defectos o incoherencias y realice los ajustes o correcciones necesarios.

7. Repita si es necesario: si necesita múltiples curvas o necesita producir varias piezas de alambre, repita el proceso cargando un nuevo alambre y ajustando la configuración de la máquina en consecuencia.

A wire bending machine is an important tool in the production of kitchenware products, as it allows for the precise and efficient bending of wire into various shapes and sizes required for the production of kitchenware products such as Shelving, cooling racks, and baskets.

Shape and Size Customization:Wire bending machines can be programmed to be the wire into any desired shape and size. This enables kitchenware manufacturers to create customized products according to specific customer requirements

Increased Efficiency: The use of wire bending machines in the production of kitchenware products increases efficiency by reducing manual labor and increasing production speed. The machines can bend the wire at high speeds and with consistent precision, which results in a higher output of finished products.

Cost Reduction: The use of wire bending machines in the production of kitchenware products reduces the cost of production by reducing labor costs and increasing productivity. This can lead to cost savings for the manufacturer, which can be passed on to the consumer.

Consistent Quality: Wire bending machines ensure consistent quality of the finished products by producing wire shapes that are identical to each other. This ensures that each kitchenware product is of the same quality and meets the required standards.

About AutolinkCNC:

AutolinkCNC is a leading company specializing in manufacturing advanced 2D and 3D CNC wire bending machines. With a strong commitment to innovation, we strive to revolutionize the wire bending industry by offering unparalleled precision, versatility, and user-friendly solutions. Trust AutolinkCNC to shape the future of wire manufacturing through futuristic technology and exceptional quality.

Difference between our 2D and 3D Wire bending machines? The main difference between our 2D and 3D wire bending machines lies in their capabilities and the types of designs they can produce. Our 2D wire bending machine is designed for creating two-dimensional shapes and bends in wire. It excels in producing simple shapes like straight lines, curves, angles, and basic geometrical patterns. This machine is ideal for applications that require relatively straightforward wire bending processes. Available 2D CNC Wire Bending machine Models:

WB-2D206E

WB-2D208E

WB-2D210E

On the other hand, our 3D wire bending machine offers enhanced versatility by enabling the creation of complex three-dimensional shapes. It can produce intricate and multi-dimensional wire forms, including spirals, loops, coils, and more. This machine is suitable for applications that demand intricate and artistic wire bending designs, such as jewelry making, decorative wire art, and architectural wire structures. Available3D CNC Wire Bending machine Models:

WB-3D306R

WB-3D308R

WB-3D408R

WB-3D413R

Both machines provide precise and efficient wire bending capabilities, but the 3D wire bending machine opens up a wider range of possibilities for intricate and elaborate designs. The choice between the two depends on the specific requirements of your project or application.

Input materials: Stainless Steel, brass, Aluminium, carbon steel, bronze, copper, nickel, titanium, cold-rolled steel, etc.

Industrial Applications:

Automotive industry: Springs are used in cars and trucks for suspension systems, steering mechanisms, and braking systems.

Industrial equipment: Coiled springs are used in industrial equipment such as conveyor systems, and agricultural machinery.

Consumer products: Springs are used in many consumer products, including toys, furniture, and appliances.

Medical industry: Springs are used in medical devices such as pacemakers, surgical instruments, and orthopedic implants.

Advantages with AutolinkCNC Machines:

Improved safety to prevent a high risk of injury for humans.

It helps to lower the production cost with a high level of efficiency.

The machine produces a high level of accuracy in the process.

They economize through the efficiency increase,

by recreating the programmed design on a regular basis.

A spring coiling machine is a versatile tool that can produce a wide variety of springs. Here are some of the different types of springs that can be produced using a coiling machine

Compression Springs: Compression springs are the most common type of spring and are used in a wide range of applications, from automotive to aerospace. They are designed to compress when a force is applied and return to their original length when the force is removed.

Torsion Springs: Torsion springs are used in applications where a rotating force is needed, such as in hinges, door closers, and window shades. They are designed to resist twisting forces and return to their original position when the force is removed.

Extension Springs: Extension springs are designed to extend when a force is applied and return to their original length when the force is removed. They are commonly used in applications such as garage doors, trampolines, and screen doors.

Wire Forms: Wire forms are not technically springs, but they are produced using the same coiling technology. They are used in a variety of applications, including clips, hooks, and brackets.

Tension Springs: Tension springs are similar to extension springs but are designed to be pulled apart rather than compressed. They are commonly used in applications such as electronics, medical devices, and automotive components.

Conical Springs: Conical springs are shaped like a cone and are designed to compress in a specific way, providing a progressive spring rate. They are commonly used in applications such as shock absorbers and suspension systems.

3 axis wire forming machine

We Autolink technologies manufacturer and supplier of CNC wire forming machines worldwide. Our cnc wire forming machine is designed with high-quality materials, producing an Extension spring machine, a torsion spring making machine. Here you can see the special features of our customized CNC wire forming machine. https://www.autolinkcnc.com/en/cnc-wire-forming-machine/3-4-axis-cnc-wire-forming-machine/

10 axis wire forming machines

Autolink CNC Technology Co., Ltd, CNC WIRE FORMING MACHINE With the latest CNC technology, the wire forming machine produces various wire forms with high-quality standards

To Get Us https://www.autolinkcnc.com/en/cnc-wire-forming-machine/10-axis-wire-forming-machine/

2D Wire Bending Machines

AutoLink CNC Technology Co., Ltd, Customized CNC Machine Supplier With our 2D CNC WIRE BENDING MACHINE, customize your own kind of Bending Mechanisms.Hurry up before the stock ends!!!

To Get Us https://www.autolinkcnc.com/en/cnc-wire-bending-machine/2-axis-cnc-wire-bending-machine/

2 Axis Spring Making Machines

Autolink CNC Technology Co., Ltd, Explore our different models of SPRING COILING MACHINES and choose the best for your requirements.

To Get Us https://www.autolinkcnc.com/en/cnc-spring-coiling-machine/2-axis-cnc-spring-coiling-machine/

We are happy to assist you,

Reach Us,

86 18948348793

3D Wire Bending Machines

We are providing #CNCWireBendingMachine at various models that serve various industrial needs. In our machine, the wire takes directly from the coil, straightens it, bends it, and cuts it using built-in software. To get a quote - https://www.autolinkcnc.com/en/cnc-wire-bending-machine/3-axis-cnc-wire-bending-machine/

3 Axis CNC Wire Forming Machine

3 axis CNC Wire Forming Machine is the basic model of wire forming machine and we can manufacturer simple shape output formation like a paper clip, handle holder, hand gripper spring, etc. AutoLink CNC Technology Co., Ltd, is the leading manufacturer of 3 axis CNC Wire Forming Machine.

CNC Wire Forming Machines

Autolink CNC Technology Co., Ltd, CNC WIRE FORMING MACHINE,Our Wire Forming Machine produces complex shapes springs such as compressionspring, towerspring, torsionspring, extensionspring

To Get Us https://autolinkcnc.com/en/cnc-wire-forming-machine/