The main features of CNC flanging machines without molds include: ‌Save equipment costs and improve production efficiency‌. This type of flanging machine does not require molds for flanging, which saves the cost of mold purchase and maintenance. At the same time, since there is no need to change the mold, CNC technology is used for control, which greatly saves debugging time and improves production efficiency‌1. In addition, CNC flanging machines without molds also have the following characteristics: ‌The system has a molding preservation function‌: This eliminates the waste of the first piece and makes production more efficient and economical‌1. ‌Wide processing range‌: The diameter range of the equipment can be customized according to customer needs, which greatly increases the utilization rate of the equipment. At the same time, this type of equipment usually has a variety of functional configurations, such as inner rotation, outer flanging, inner flanging, punching, bell mouth, etc., to meet the needs of different customers‌1. ‌Easy operation‌: CNC flanging machines usually use PLC operating systems or similar advanced technologies to make operation easier and more intelligent. Ordinary people can perform one-button operation, which is easy to learn and understand‌2. ‌High processing precision‌: Due to the use of CNC technology and high-precision control systems, CNC flanging machines without molds usually have higher processing precision and stability, ensuring the consistency of product quality‌3. In summary, CNC flanging machines without molds have the characteristics of saving equipment costs, improving production efficiency, wide processing range, simple operation and high processing precision. They are one of the important equipment in modern production.

Equipment function: flanging, edge drawing, punching, folding (thickness of folding and edge drawing is within 4mm for carbon steel)

Equipment features: 1. Punching configuration saving function, only need to call out the program when changing workpieces (greatly reduces the difficulty of debugging, saves debugging time, and enhances the consistency of production products). 2. The spindle is equipped with a high-power servo motor and a star reducer to improve the punching efficiency and the accuracy of indexing. 3. The flange width adjustment adopts a step-type module, the flange width is more stable, and the adjustment type saves time. 4. The corner star reducer is used to make the machine lower and more convenient to operate.

Flanging material thickness: 2-12MM (carbon steel) Flanging diameter: 70-350MM (inner diameter) Flanging cylinder height: 40-400 (finished product)

Equipment features: 1. Punching configuration saving function, only need to call out the program when changing workpieces (greatly reduces the difficulty of debugging, saves debugging time, and enhances the consistency of production products). 2. The spindle is equipped with a high-power servo motor and a star reducer to improve the punching efficiency and the accuracy of indexing. 3. The flange width adjustment adopts a step-type module, the flange width is more stable, and the adjustment type saves time. 4. The corner star reducer is used to make the machine lower and more convenient to operate.

1. Equipment functions: flanging, secondary edge drawing, punching 2. Each station is driven by a servo motor for advance and retreat; 3. The molding configuration save function only requires calling out the program when changing the workpiece (greatly reducing the difficulty of debugging, saving debugging time, and enhancing the consistency of production products). 4. The spindle is equipped with a high-power servo motor and a planetary reducer to improve the punching efficiency and the accuracy of indexing. 5. This type of machine with an annual output of about 100 units can provide strong technical support. 6. The support device adopts a cylinder support, which has strong support force and small radial swing when the workpiece rotates. 7. The flange width adjustment adopts a step-type module, the flanging width is more stable, and the adjustment type saves time. 8. The corner type planetary reducer is adopted to make the machine lower and more convenient to operate.

This equipment is specially developed for pipe flange flanging operations and is designed to meet the processing needs of small diameter and thick wall long pipes. Its significant advantage lies in its excellent flanging efficiency and easy operation, providing an efficient and convenient solution for related operations.

1. The forming configuration saving function only requires calling out the program when changing the workpiece (greatly reduces the difficulty of debugging, saves debugging time, and enhances the consistency of production products). 2. The spindle is equipped with a high-power servo motor and a star reducer to improve the punching efficiency and the accuracy of indexing. 3. The support device adopts a cylinder support, which has strong support force and small radial swing when the workpiece rotates. 4. The flange width adjustment adopts a step-type module, the flanging width is more stable, and the adjustment type saves time. 5. The corner star reducer is adopted to make the machine lower and more convenient to operate.

Features of flange flanging machine: 1. The pre-bending function is added during flanging to improve the yield rate when rolling stainless steel. 2. The main axis is equipped with a high-power servo motor and a star reducer to improve the punching efficiency and the accuracy of indexing. 3. The support device adopts a cylinder support, which has strong support force and small radial swing when the workpiece rotates. 4. The flange width adjustment adopts a step-type module, the flanging width is more stable, and the adjustment type saves time. 5. The corner star reducer is used to make the machine lower and more convenient to operate.

The complete set of round tube equipment is equipped with a four-roller rolling machine, a linear welding machine and a round tube flanging machine. It has the advantages of easy operation, stable operation and excellent production efficiency. It helps to improve product quality, increase production benefits and reduce the labor burden of workers.

1. The advancement and retreat of each workstation is driven by a servo motor; 2. With the molding configuration saving function, you only need to call up the program when replacing workpieces (greatly reducing the difficulty of debugging, saving debugging time, and enhancing the consistency of the production products). 3. Add pre-bending function when crimping to improve the yield when rolling stainless steel. 4. The spindle is equipped with a high-power servo motor and a star reducer to improve punching efficiency and indexing accuracy. 5. The flange width adjustment adopts a stepped module, the flanging width is more stable, and the adjustment method saves time. 6. The use of a corner-type star reducer makes the machine lower in height and more efficient in operation.

Features: 1. With the punching configuration saving function, you only need to call up the program when replacing workpieces (greatly reducing the difficulty of debugging, saving debugging time, and enhancing the consistency of production products). 2. The supporting device is supported by an oil cylinder, which has strong support and small radial swing when the workpiece rotates. 3. The flange width adjustment adopts a stepped module, the flanging width is more stable, and the adjustment method saves time. 4. Spindle power is commonly driven by high-power servo motors and precision planetary reducers, which have higher production efficiency and more stable quality. This equipment has the functions of edge drawing, punching, curling and beading. Its features are as follows: 1. Punching configuration saving function, you only need to call up the corresponding program when changing workpieces. This design greatly reduces the difficulty of debugging, saves debugging time, and improves the consistency of production products. 2. The supporting device is supported by an oil cylinder, which has the advantage of strong supporting force and small radial swing when the workpiece rotates. This design makes the workpiece more stable during processing and improves production efficiency and quality. . 3. The flange width adjustment adopts a stepped module, which makes the flange width more stable and saves time in adjustment. This design makes the operation of the equipment more convenient and reduces the labor intensity of workers. 4. The spindle power is driven by a high-power servo motor and a precision planetary reducer, making the production efficiency higher and the quality more stable. This transmission method also has the advantages of high precision, good stability, and long service life.