An automatic steel wire coiling winding machine is an industrial device designed primarily for the task of winding steel wire into neatly organized coils. The structure of the machine usually comprises a robust frame that supports a series of spooling components such as feeders, straighteners, and cutters. Crucially, these machines are equipped with advanced sensors and control systems that precisely measure the length of wire and ensure tight, consistent coiling.
The parameters below do not 100% match the equipment in the video. For exact specifications, please contact us.
- Type: Automatic Coiling Winding Machine
- Wire Diameter Range: 0.5mm to 5mm
- Coil Inner Diameter: Adjustable from 100mm to 500mm
- Coil Outer Diameter: Up to 800mm
- Coiling Speed: Up to 60 coils per minute
- Wire Material Compatibility: Stainless steel, galvanized steel, copper
- Control System: Programmable Logic Controller (PLC) with touch screen interface
- Power Requirements: per requirement
- Machine Dimensions: Length: 8500mm; Width: 1500mm; Height: 2000mm
- Coil Weight Capacity: Up to 200kg
- Sefety: Interlock, Fence
The automatic steel wire coiling winding machine finds applications in diverse industrial contexts. Here are three of its notable uses:
- Manufacture of Compression Springs: With the ability to handle wire diameters from 0.5mm to 5mm and speeds up to 60 coils per minute, this machine is ideal for producing compression springs used in automotive and machinery. The precise control ensures uniform coil diameters, critical for consistent spring performance, providing reliability in high-stress applications.
- Production of Wire Fences: This machine’s compatibility with materials like stainless steel and galvanized steel and its capacity to coil wires up to 200kg makes it perfect for manufacturing wire fences. The adjustable coil diameter facilitates the production of various fence sizes, enhancing the efficiency of creating barriers for agricultural and residential properties.
- Fabrication of Electrical Coils: The precision control system and the compatibility with copper wire allow for the production of electrical coils used in motors and transformers. By producing tightly wound and consistent coils, the machine ensures optimal electrical performance and minimizes material wastage, which is crucial in reducing production costs while maintaining high-quality standards.
