Sheet Metal CNC Folding Machine For Sale
Piegatura inversa minima di 20 mm.
Altezza massima della scatola 100 mm.
Elevata precisione su tutta la larghezza del materiale.
Design con maggiore rigidità.
Ingranaggi e cremagliera azionati idraulicamente per un controllo migliore e una maggiore precisione di piegatura rispetto al normale sistema di azionamento idraulico.
Facile regolazione dello spessore del materiale / semplice impostazione dello spessore.
Sistema CNC E601
BANNER 2 assi NC controller con angolo di piegatura programmabile e registro posteriore da 800mm che offre 1000 step. Ciò significa, ad esempio, che è possibile realizzare 50 programmi con 20 step o 100 programmi con 10 step. Il registro posteriore e la cinghia di distribuzione offrono un movimento rapido e un posizionamento ad alta precisione fino a 1250mm (800mm è lo standard).
Battuta posteriore automatica opzionale
Registro posteriore motorizzato da 800 mm con cinghia dentata.
Componenti della macchina piegatrice per lamiera CNC
| Modello | Lunghezza di lavoro | Spessore lamiera acciaio Q235 | Spessore lamiera inox | Apertura massima | Motore | Angolo di piegatura | Misurazione LWH | Peso |
| HPS 2004 | 2035mm | 4,0mm | 2,50mm | 200mm | 5,5 kW | 0-150° | Dimensioni: 3000x1100x1750mm | 2450 kg |
| HPS2504 | 2540mm | 4,0mm | 2,50mm | 200mm | 5,5 kW | 0-150° | Dimensioni: 3850x1700x1860mm | 3900kg |
| HPS3104 | 3100mm | 4,0mm | 2,50mm | 200mm | 5,5 kW | 0-150° | Dimensioni: 4300x1770x1890mm | 5000kg |
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CNC Folding Machine FAQ
CNC folding machine, also known as CNC sheet metal folder. is a high-precision automated equipment used for sheet metal processing. It controls the operation of the machine through the CNC system to fold the sheet metal into a specific angle.
Common materials include mild steel, stainless steel, aluminum, coated steels, copper, and various alloys. The machine can handle different thicknesses, typically up to around 2.5~4 mm thickness and lengths up to 3,100 mm, depending on the machine model and material types.
The main difference between a CNC folding machine and a manual sheet metal folder is the degree of automation and precision.
The CNC folding machine is automated through a computer control system and can complete complex bending tasks with high precision and consistency, while the manual folder relies on manual operation and requires experienced workers to adjust and position.
In addition, the CNC folding machine is also superior to manual equipment in efficiency and production speed, suitable for large-scale, high-precision production needs, while the manual folder is more suitable for small batches or simple tasks.
CNC folding machine is programmed through CAD/CAM software, and the operator can input the required bending angle, material size and other parameters. The system will automatically generate a processing program based on these parameters and adjust the parameters in real time during the processing to ensure the accuracy of the processing.
Unlike the press brake, the folding angle of the CNC folding machine is achieved by controlling the rotation angle of the folding beam without the need for specific punches and dies. After the metal sheet is fixed on the workbench, the upper clamping beam of the CNC folder presses the metal sheet, and then the folding beam rises or falls to bend the metal sheet along the specified angle.
This design allows the sheet to remain stationary during processing, thus avoiding the problem of surface scratches or deformation.
- Programming through a computer control systemcan accurately control the folding angle, position and speed to ensure the consistency of each fold.
- Since therelative movement between the material and the processed parts is avoided during the processing, the service life is long and the frequency of replacement and maintenance is reduced.
- Complex folding paths can be programmed, which is suitable for processing needs of various shapes, such as car bodies, pipes, boxes, etc.
- It is particularly suitable for processing large-size thin plates because its workbench can support the entire length of the material, avoiding the situation where traditional press brakes require multi-person collaboration.
HVAC Industry: used to manufacture ventilation ducts, air ducts, radiator housings and other parts.
Architectural Metalwork: used to manufacture metal structural parts such as beams, columns, roofs, stairs, fences, etc.
Electrical Manufacturing: used to manufacture metal housings and brackets such as switch cabinets, distribution boxes, cable trays, etc.
Automotive Industry: used to produce automotive parts such as frames, panels, exhaust systems, etc.
General Metal Fabrication Shops: used to manufacture metal parts such as furniture frames, shelves, tool boxes, decorative components, etc.
Inconsistent bending angle: It may be due to insufficient clamping force or wear of the folding beam. The clamping force needs to be adjusted or the folding beam needs to be replaced.
Surface scratches: It may be due to improper operation or uneven surface of the material. The operation method needs to be adjusted or the material needs to be replaced.
Program error: It may be due to programming error or software failure. Reprogramming or checking the software is required.
Folding beam wear: It may be due to frequent use or high hardness of the material. The folding beam needs to be replaced.
Yes, modern CNC folders include safety features such as emergency stop buttons, safety guards, and light curtains to protect operators. Automation also reduces manual intervention, lowering the risk of accidents.