The roll type wire drawing machine, with its powerful power system and advanced transmission mechanism, enables high-speed and efficient wire drawing operations.
Its optimized wire drawing dies and continuous production mode can process a large amount of iron wire raw materials into the required specifications in a short time, and ensure that the diameter tolerance is precisely controllable.
| Model | Size (mm) | Weight (kg) | Power (kw) | Maximum feed diameter（mm） | Minimum feed diameter(mm） |
| LW-350 | 1400*800*1800 | 1000 | 7-11 | 2.5 | 0.75 |
| LW-650 | 1900*1300*2300 | 2500 | 22 | 8 | 2.5 |
Wire drawing machine is a kind of equipment for processing metal materials by using drawing process, which can stretch metal materials into various shapes and sizes of wires, widely used in various industrial fields. The advantages of wire drawing machine are mainly reflected in the following aspects:
1.High-efficiency production: Wire drawing machine can achieve efficient processing of metal materials, the production efficiency is much higher than the traditional processing methods, such as forging, rolling and so on. It can produce a large number of high-quality wire in a short period of time, to meet the modern industrial production requirements for efficiency.
2.Consistent quality: Wire drawing machines can ensure that the wire produced has consistent dimensions, strength and surface quality by precisely controlling the drawing parameters, such as drawing speed and drawing force. This is critical for applications that require high precision wire, such as the electronics and aerospace industries.
3.Variety of products: Wire drawing machines can process a wide range of metal materials, such as steel, copper, aluminium, titanium, etc., and can produce wire in a variety of shapes and sizes, such as round wire, square wire, flat wire, etc. This provides users with a wide range of options. This provides users with a wide range of choices for a variety of applications.
4.Cost-effective: Compared with other processing methods, wire drawing machines can effectively reduce production costs, such as reducing material waste and lowering labour costs. This makes wire drawing machines the preferred processing method in many industrial fields.
Pre-processing for Nail Production:
Wire drawing machines are essential in reducing raw wire rods to the desired diameter required for nail manufacturing. This step ensures consistent wire thickness for producing nails of various sizes and types.
Electrical Wire and Cable Manufacturing:
These machines are widely used to draw copper and aluminum wires for electrical applications. The drawn wires have a smooth surface and uniform diameter, making them ideal for high-quality electrical cables.
Production of Metal Hardware:
Wire drawing machines are used to prepare wire for screws, bolts, welding rods, springs, and other metal components. They help achieve precise dimensions and improved tensile strength, which are critical in hardware manufacturing.
Construction Wire Preparation:
In the construction industry, wire drawing machines are used to produce tying wires, binding wires, and other reinforcement materials. These wires must meet specific strength and flexibility requirements for site use.
Enhancement of Wire Surface and Properties:
The drawing process improves the mechanical properties of metal wires, such as tensile strength and surface finish. It also prepares the wire for further processes like galvanizing, annealing, or coating.
Pre-processing for Nail Production:
Wire drawing machines are essential in reducing raw wire rods to the desired diameter required for nail manufacturing. This step ensures consistent wire thickness for producing nails of various sizes and types.
Electrical Wire and Cable Manufacturing:
These machines are widely used to draw copper and aluminum wires for electrical applications. The drawn wires have a smooth surface and uniform diameter, making them ideal for high-quality electrical cables.
Production of Metal Hardware:
Wire drawing machines are used to prepare wire for screws, bolts, welding rods, springs, and other metal components. They help achieve precise dimensions and improved tensile strength, which are critical in hardware manufacturing.
Construction Wire Preparation:
In the construction industry, wire drawing machines are used to produce tying wires, binding wires, and other reinforcement materials. These wires must meet specific strength and flexibility requirements for site use.
Enhancement of Wire Surface and Properties:
The drawing process improves the mechanical properties of metal wires, such as tensile strength and surface finish. It also prepares the wire for further processes like galvanizing, annealing, or coating.
The raw suitable size wires put on a wire rack, and input the wire to the nail making machine feeding device, and go through the nail mold box, leave a small part after this. Then start the machine, the machine will keep running and the wire head be punched by the punch pin and get a force and forms the cap of the nail, and the nail tail will be cut by a pair of cutter in left side and right side, forming the tail sharp shape. We have the slow running video to show this process.
Normally use the Q195 or Q235 low carbon steel for produce the common wire nail, coil nail, roofing nail. Use high carbon 45# or 55# steel to produce the steel concrete nail. Use low carbon steel and Zinc Coating to produce galvanized nails. Use Q235 low carbon steel to produce the self-tapping screw for wood industry, and use 22A cold heading wire to produce the self-tapping screw for metal industry.
The nail making machines will be delivered as a whole machine, so no need assemble the machines parts and we have various videos of teaching how to changes spare parts, how to input wire, how to adjust size, this machine operation is not a problem.
We accept various types of payment, TT, LC, DP, and also ok by RMB, Paypal, Western Union.
The machine is two years quality guarantee, except the quick wear part, and also the problems caused by natural, and human problems excluded.
