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Integrates feeding, straightening, cutting, bending, and threading into one cycle.
Accommodates a massive range of wire diameters from 2mm to 12mm.
Produces versatile profiles including eye bolts, cup hooks, and right-angle screws.
Engineered for continuous, heavy-duty industrial operation with minimal intervention.
Step onto the factory floor, and the steady, rhythmic hum of the Fully Automatic Hook Screw Making Machine immediately conveys industrial reliability and raw power. Crafted from heavy-gauge cast iron and meticulously machined steel components, this robust equipment feels solid to the touch, absorbing extreme operational vibrations to maintain absolute microscopic precision. As raw metal wire feeds into the heavy-duty straightening rollers, the machine executes a flawless mechanical ballet—cutting the thick metal with a sharp, decisive snap, bending it with fluid hydraulic force, and rolling the threads with a satisfying, consistent crunch. You can visibly observe the flawless metallic sheen on every finished piece cascading into the collection bin, completely free from surface abrasions, galling, or structural micro-fractures. By consolidating five distinct manufacturing stages into one uninterrupted workflow, this system eliminates the chaotic bottleneck of transferring semi-finished goods between different manual workstations. Facility managers will immediately appreciate the drastic reduction in manual material handling, while quality control teams will notice the exceptional dimensional uniformity across thousands of repetitive cycles. Whether your production line is churning out heavy-duty lag sheep eye screws for structural construction or delicate cup hooks for interior hardware, this machine transforms raw coils into highly profitable, ready-to-ship inventory with minimal human intervention, fundamentally elevating your manufacturing capabilities.
| Specification | Details |
|---|---|
| Product Name | Fully Automatic Hook Screw Making Machine |
| Operation Mode | Fully Automatic |
| Applicable Wire Diameter | 2mm - 12mm |
| Processing Flow | Feeding, straightening, cutting, bending, threading |
| Applicable Hook Types | Right Angle Screw Hook, U Type J L I Eye Hook Bolt, Eye Screws, Cup Hooks Self Tapping Screw Metal S Hook Screw, L Shaped Eye Screw Hook, Lag Sheep Eye Screw |
| Production Speed | 15 - 60 pieces/minute |
| Applicable Materials | Iron wire, steel wire, stainless steel wire, non-ferrous metal wire, etc. |
| Max Feeding Length | 300mm - 700mm |
| Motor Power | 2.2KW - 5.5KW |
| Control System | PLC microcomputer and touch screen control |
Upgrading your hardware fabrication floor requires machinery that delivers tangible, immediate returns on investment. This equipment is engineered to maximize output while minimizing operational friction, ensuring your production targets are consistently met without stressing your workforce.
All-in-One Processing: By merging feeding, straightening, cutting, bending, and threading into a single continuous cycle, the machine drastically reduces processing time and eliminates the need for secondary handling.
Exceptional Dimensional Accuracy: The precision-engineered tooling ensures that every right angle, U-bend, and thread pitch is replicated with exactness, virtually eliminating material waste and rejected batches.
Heavy-Duty Structural Integrity: Built with a massive, vibration-dampening chassis, the equipment operates smoothly even at peak speeds, extending the lifespan of internal gears and cutting blades.
Rapid Tooling Changeovers: Designed with the operator in mind, the accessible tooling bay allows for swift transitions between different hook profiles, maximizing machine uptime during diverse production runs.
Optimized Footprint: Despite its massive processing capabilities, the consolidated design saves valuable floor space compared to operating separate straightening, bending, and threading machines.
In the highly competitive hardware manufacturing sector, output speed and labor optimization are paramount. This machine redefines factory floor dynamics through its sophisticated five-in-one integration, directly addressing the need for cost-effective scaling.
Continuous Workflow: The equipment seamlessly transitions from wire feeding to final threading without a single pause, establishing a truly automated assembly line within a single machine footprint.
Labor Optimization: By eliminating the manual transfer of parts between separate cutting, bending, and threading stations, facility managers can reallocate valuable human resources to higher-level operational tasks.
High-Speed Output: Capable of producing up to 60 pieces per minute, the system effortlessly handles massive volume requirements, ensuring strict delivery deadlines are consistently met.
Consistent Output Rhythm: The synchronized mechanical timing guarantees a predictable production cadence, allowing for highly accurate inventory forecasting and streamlined supply chain management.
Adapting to shifting market demands requires equipment that is as flexible as it is robust. This machine is a versatile powerhouse, designed to tackle an expansive array of hardware profiles with simple adjustments.
Broad Diameter Compatibility: Effortlessly processing wire diameters ranging from a delicate 2mm up to a heavy-duty 12mm, it covers the vast majority of standard and specialized fastener requirements.
Extensive Profile Library: Whether your current order calls for U Type, J, L, I Eye Hook Bolts, or complex Metal S Hook Screws, the machine adapts instantly to the required geometry.
Modular Tooling System: The intuitive design allows technicians to swap out bending dies and threading plates swiftly, transforming the machine's output profile in a matter of minutes rather than hours.
Future-Proof Production: As your catalog expands to include new, custom hardware shapes, this adaptable platform ensures you never have to turn away lucrative, non-standard orders due to equipment limitations.
The true test of industrial machinery lies in its ability to handle diverse raw materials without compromising the structural integrity or aesthetic finish of the final product. This system guarantees premium output regardless of the input metal.
Flawless Surface Finish: The polished straightening rollers and frictionless bending mechanisms ensure that the wire's surface remains completely free of scratches, galling, or unsightly tooling marks.
Multi-Metal Mastery: From high-tensile steel wire and corrosion-resistant stainless steel to softer non-ferrous metals, the machine adjusts its force parameters to prevent material fatigue or snapping.
Precision Thread Rolling: The integrated threading station applies exact, uniform pressure, creating deep, perfectly pitched threads that guarantee maximum grip and holding power in the final application.
Zero-Deformation Bending: Even when forming tight internal radii on heavy-gauge iron wire, the hydraulic and mechanical systems work in tandem to prevent micro-cracking at the stress points.
Industrial environments are unforgiving, demanding equipment that can withstand relentless, round-the-clock operation. Every component within this machine has been selected for maximum endurance and minimal maintenance.
Premium Motor Drive: Powered by a robust 2.2KW to 5.5KW motor system, the machine delivers unwavering torque, ensuring consistent processing power even when handling maximum 12mm wire diameters.
Wear-Resistant Tooling: The cutting blades and threading dies are forged from high-grade, heat-treated alloys, maintaining their razor-sharp edges and precise geometries through millions of production cycles.
Rigid Cast Framework: The heavy-duty structural chassis anchors the machine firmly to the floor, eliminating micro-vibrations that could otherwise compromise threading accuracy or cause premature component wear.
Advanced Lubrication Pathways: Strategically placed lubrication channels ensure that all high-friction moving parts remain constantly oiled, drastically reducing the risk of overheating or mechanical seizing during peak shifts.
Advanced manufacturing should not require a steep learning curve. This system bridges the gap between complex mechanical processes and intuitive human interaction, lowering the barrier for your workforce.
Intelligent PLC Interface: The centralized microcomputer translates complex operational data into an easy-to-navigate digital environment, putting complete control at the operator's fingertips.
Responsive Touch Screen: Adjusting feeding lengths (up to 700mm), monitoring production speeds, and modifying cycle times is as simple as tapping a high-resolution, industrial-grade display.
Automated Diagnostics: Built-in sensors continuously monitor the machine's health, instantly triggering visual and auditory alarms while halting production if a material jam or mechanical anomaly is detected.
Reduced Training Requirements: The logical, user-friendly control architecture means new operators can achieve full proficiency in a fraction of the time typically required for legacy machinery.
Procuring capital equipment is a long-term partnership. We provide comprehensive backing to ensure your machinery perfectly aligns with your operational goals from day one and continues to perform flawlessly over the years.
Tailored Engineering Solutions: Our technical team can modify the machine's stroke, feeding length, or electrical configurations to perfectly match your specific regional standards and unique product designs.
Pre-Shipment Verification: Before any unit leaves the facility, it undergoes rigorous testing using your specified raw materials, ensuring it is perfectly calibrated for your exact hook profiles upon arrival.
Comprehensive Operator Training: We provide detailed, step-by-step visual guides and responsive remote technical sessions to ensure your floor staff can independently manage, maintain, and troubleshoot the equipment.
Rapid Component Fulfillment: A dedicated inventory of critical spare parts, from cutting blades to PLC modules, guarantees that any required replacements are dispatched swiftly, minimizing potential downtime.
Selecting the right equipment provider is just as critical as the machinery itself. We understand the high stakes of industrial manufacturing and have built our reputation on delivering uncompromising reliability and deep technical expertise.
Proven Manufacturing Pedigree: Decades of specialized experience in wire forming technology allow us to engineer solutions that address the real-world challenges faced by high-volume production facilities.
Stringent Quality Assurance: Every machine is subjected to a punishing battery of stress tests, continuous run-time evaluations, and microscopic output inspections before it is certified for deployment.
Global Operational Insight: Having successfully integrated our systems into diverse manufacturing environments worldwide, we possess the logistical and technical know-how to ensure seamless cross-border procurement and installation.
Unwavering Technical Partnership: We view a purchase not as a transaction, but as the beginning of a collaborative relationship, offering lifetime engineering advice to help you continually optimize your production line.
To assist your engineering and procurement teams in making an informed decision, we have compiled detailed answers to the most common technical inquiries regarding our wire forming equipment.
The equipment is engineered with a heavy-duty mechanical drive and high-torque motor system that comfortably processes wire diameters ranging from 2mm up to a robust 12mm. This exceptionally wide tolerance accommodates everything from lightweight cup hooks to heavy structural lag screws without straining the internal components or compromising speed.
Yes, the system is highly adaptable to various metallurgies. It features adjustable tensioning and precise hydraulic force control, making it perfectly suited for standard iron wire, high-carbon steel wire, stainless steel, and various non-ferrous metals. The polished tooling ensures that even softer metals are formed without surface galling or scratching.
The machine utilizes a modular tooling architecture designed specifically for rapid changeovers. An experienced operator can typically swap out the cutting blades, bending dies, and threading plates swiftly. The intuitive PLC system also allows for quick digital recalibration of feeding lengths and cycle speeds, minimizing downtime between different product batches.
While basic mechanical knowledge is beneficial, the integration of a smart PLC microcomputer and a highly responsive touch screen interface dramatically lowers the operational barrier. Routine tasks such as speed adjustment, batch counting, and error diagnostics are handled digitally, reducing the reliance on specialized manual labor and shortening the training period for new staff.
Safety and equipment preservation are paramount in our design. The machine is equipped with automated fault detection sensors throughout the processing line. If it registers a wire tangle, abnormal motor resistance, or a tooling misalignment, the system instantly triggers an emergency halt and displays a diagnostic error code on the touch screen, preventing both mechanical damage and material waste.
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