
Straight Wire Drawing Machine
The Straight Wire Drawing Machine is designed for continuous cold drawing of metal wire rods into smaller diameters through a series of drawing dies. It is used to process low-carbon steel, medium-carbon steel, high-carbon steel, stainless steel, and compatible non-ferrous metal wires, depending on the machine configuration and drawing process.
Description
Straight Wire Drawing Machine
Product Overview
The Straight Wire Drawing Machine is designed for continuous cold drawing of metal wire rods into smaller diameters through a series of drawing dies. It is used to process low-carbon steel, medium-carbon steel, high-carbon steel, stainless steel, and compatible non-ferrous metal wires, depending on the machine configuration and drawing process.
The machine uses multiple drawing blocks arranged in a straight-line production layout. Each block pulls the wire through a drawing die, reducing its cross-sectional area at each pass. Individually driven blocks allow drawing speeds to be adjusted across successive stages. The final wire diameter, production speed, and number of drawing passes depend on the incoming wire diameter, material properties, die sequence, and required finished dimensions.
This machine is suitable for wire manufacturers and industrial processors supplying wire for fasteners, welding consumables, wire mesh, springs, and other metal wire products. Buyers can select the appropriate configuration according to raw material grade, tensile strength, inlet diameter, finished diameter, and production capacity.
Key Features
Individual Motor Drive System
Each drawing block is driven by an AC motor with variable frequency control. The drive settings allow operators to adjust block speeds to suit the drawing sequence and wire dimensions. Correct speed coordination is required to maintain the intended wire tension between drawing passes.
Drawing Die Cooling and Lubrication
The drawing process requires suitable lubrication and temperature control to manage friction between the wire and die. Available arrangements may include water-cooled die holders, block cooling, dry powder lubrication, or wet drawing systems. The appropriate configuration depends on the wire material, drawing speed, lubricant, and production process.
Multi-Pass Drawing Configuration
The machine can be configured with different numbers of drawing blocks to match the required reduction sequence. The number of passes and individual reduction ratios should be calculated according to the starting diameter, target diameter, material tensile strength, and drawing die design.
Heavy-Duty Machine Frame
The welded steel frame supports the drawing blocks, drive components, and associated equipment. Frame construction, machining, and alignment requirements should be specified according to the selected machine model and its operating loads.
Safety and Operator Controls
Safety equipment can include protective covers, emergency-stop controls, and braking devices. Interlocked covers and automatic shutdown functions should be specified according to the actual electrical and safety configuration.
Technical Specifications
|
Parameter |
Specification |
|
Machine Type |
Multi-pass straight-line wire drawing machine |
|
Applicable Materials |
Low-, medium-, and high-carbon steel; stainless steel; compatible non-ferrous metals |
|
Inlet Wire Diameter |
5.5–12.0 mm |
|
Finished Wire Diameter |
1.6–4.5 mm |
|
Number of Drawing Blocks |
5, 6, 7, 8, 9, or 10 |
|
Drawing Block Diameter |
500 mm, 560 mm, or 600 mm |
|
Maximum Drawing Speed |
Up to 25 m/s |
|
Single-Pass Area Reduction |
15–25% |
|
Main Motor Power |
15–37 kW per block |
|
Drive System |
AC motors with variable frequency drives |
|
Gearbox |
Hardened helical gear reducer |
|
Cooling Water Pressure |
0.2–0.4 MPa |
|
Cooling Water Flow Rate |
At least 15 m³/h |
|
Control System |
PLC and touchscreen HMI |
|
Power Supply |
380 V or 440 V, three-phase, 50/60 Hz |
Applications
Fastener Wire Production
Used to draw steel wire to specified diameters before cold heading operations for screws, bolts, rivets, and other fasteners. The finished wire dimensions must match the requirements of the downstream forming equipment.
Welding Wire Manufacturing
Suitable for preparing compatible carbon steel and stainless steel wire for subsequent welding wire production processes. Material grade, surface condition, lubrication, and final diameter should be selected according to the intended welding consumable.
Wire Mesh and Fencing
Used to reduce low-carbon steel wire to diameters required for welded mesh, fencing, and general wire products. Additional surface treatment, such as galvanizing, depends on the customer's production sequence.
Spring and Industrial Wire Processing
Can be used to prepare wire for spring production and other formed-wire components when the material grade, tensile strength, and drawing schedule are suitable. Specialized high-tensile applications require process verification before equipment selection.
FAQ
Q: What information is required to select a suitable machine?
A: Provide the raw material grade, incoming wire diameter, tensile strength, required finished diameter, target production output, and available plant utilities. These details help determine the number of drawing passes, motor configuration, and suitable lubrication system.
Q: Can the drawing speed reach 25 m/s?
A: The stated maximum speed is up to 25 m/s. The achievable operating speed depends on material properties, wire diameter, drawing dies, reduction ratios, lubrication, and cooling conditions. Confirm the required production speed against the intended material and finished wire dimensions.
Q: What utilities are required for installation?
A: The listed electrical supply is three-phase 380 V or 440 V at 50/60 Hz. The stated cooling requirements are 0.2–0.4 MPa water pressure and a flow rate of at least 15 m³/h. Final electrical load, compressed-air requirements, water temperature, and connection details should be confirmed for the selected model.
Request a Quote
Send your material grade, inlet wire diameter, target finished diameter, tensile strength, and required production capacity. Include your preferred drawing block configuration and available power supply if known.
The technical team can use these details to assess the required drawing sequence and machine configuration and prepare a quotation for your production requirements.
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