We offer a comprehensive range of screw production equipment—including cold heading, thread rolling, and assembly machines—alongside full-specification drilling tail screws, supported by ODM, OEM, and non-standard customization services.
YWC screw drill point forming machine adopts mature PLC intelligent control system and precision die set structure, with stable operation, low energy consumption and wide compatibility.
Automatic Drill Point Forming Machine for Self Drilling Screws can perfectly match mass production of self-drilling screws of different specifications, widely used in hardware fastener factories, screw manufacturing workshops and industrial fastener supporting production lines, being the core supporting equipment for standardized production of self-drilling screws.
All parameters are calibrated by YWC professional testing standards, supporting customized adjustment according to customer production needs
| Parameter Item | Technical Specification |
| Brand | YWC |
| Product Name | Automatic Drill Point Forming Machine for Self Drilling Screws |
| Applicable Screw Specifications | M3-M6 Self-drilling Screws (customizable) |
| Production Speed | 120-520 PCS/Min (adjustable according to specifications) |
| Main Motor Power | 7.5KW |
| Oil Pump Motor Power | 0.75KW |
| Forming Precision | ±0.02mm, drill point smooth without burr |
| Control System | PLC Intelligent Control + LED Fault Alarm Display |
| Working Mode | Full automatic one-time forming, no manual intervention |
| Application Industry | Hardware fastener, screw manufacturing, building fastener processing |
YWC brand machine adopts industrial thickened body, all core components are precisely processed, with durable structure and stable performance. The following is the detailed introduction of core structural parts:
Equipped with YWC customized intelligent control panel, intuitive LED digital display, real-time display of production speed, processing quantity, equipment operating status. It has built-in fault self-detection and automatic alarm function.
Once material jamming, equipment overload or parameter error occurs, the system will automatically stop and display fault code, which is convenient for staff to quickly troubleshoot and improve production safety.
All operation parameters can be adjusted with one key, supporting memory of multiple production schemes, adapting to screw processing of different specifications.
The core forming die is made of high-hardness alloy steel, after high-temperature quenching and precision grinding treatment, with hardness up to HRC60°. The integrated die set design ensures accurate positioning of screw drill point forming, effectively avoiding size deviation and tool wear.
The quick-change die structure is adopted, which can complete die replacement in 10-15 minutes, greatly improving the efficiency of specification switching. The formed self-drilling screw drill point has smooth surface, uniform angle and no burrs, meeting high-standard fastener production requirements.
Matching high-speed automatic feeding and straightening mechanism, which can automatically sort, straighten and convey screw raw materials. It solves the problem of material bending and uneven feeding in traditional processing.
The feeding speed is synchronized with the forming speed, realizing continuous uninterrupted production. The built-in anti-jamming design effectively reduces material blockage failure rate and improves continuous production stability.
The whole Automatic Drill Point Forming Machine for Self Drilling Screws adopts cast iron thickened body, with strong rigidity and no deformation after long-term operation. The bottom is equipped with integral shock absorbing base, which effectively reduces vibration and noise during high-speed operation, ensuring the stability of equipment operation and forming precision.
The surface is treated with anti-rust and anti-wear spraying, which is durable and suitable for long-term high-intensity industrial production.
After the drill point forming is completed, the equipment automatically discharges materials, and is equipped with a preliminary deburring and finishing structure.
The finished screws are evenly discharged, without stacking and scratching, ensuring the integrity of screw products. The discharging speed is adjustable, which is compatible with different production line connection modes.
High Precision & High Consistency: YWC precision calibration technology is adopted, the drill point forming size error is controlled within ±0.02mm, the product consistency is high, and the yield rate is up to 99.8%, avoiding product scrapping caused by dimensional deviation.
Full Automatic Intelligent Operation: From feeding, forming to discharging, the whole process is fully automatic, no manual operation is required. One worker can manage multiple devices at the same time, greatly saving labor costs and improving production efficiency.
Wide Compatibility & Strong Flexibility: Automatic Drill Point Forming Machine for Self Drilling Screws supports forming processing of M3-M12 self-drilling screws, and can customize dies and parameters according to special screw specifications, meeting diversified production needs of small batch and large batch orders.
Low Energy Consumption & Energy Saving: Optimized power operation system, low power consumption during continuous operation, compared with traditional equipment, energy consumption is reduced by 20%, long-term operation saves more production costs for customers.
Stable Operation & Low Failure Rate: Mature structural design + YWC exclusive program optimization, stable high-speed operation, low failure rate, long service life of core components, reducing later maintenance and replacement costs.
Easy Maintenance: The modular structural design is adopted, each component is independent and detachable, convenient for daily cleaning, lubrication and fault maintenance, reducing equipment downtime.
Step 1: Site Placement & Leveling: Place the YWC drill point forming machine on a flat and solid cement ground, adjust the base leveler to keep the whole machine horizontal (the horizontal deviation is less than 0.5mm), fix the shock absorption base to avoid vibration displacement during operation. Reserve 0.8-1m maintenance space around the equipment for later operation and maintenance.
Step 2: Power & Oil Circuit Connection: Connect the 380V industrial power supply according to the equipment wiring diagram, check the line connection firmness to avoid virtual connection. Inject the specified hydraulic oil into the oil tank, check the oil circuit pipeline for leakage, and confirm that the oil circuit is unobstructed. After connection, turn on the power supply, and check whether the control panel and each motor are powered on normally.
Step 3: Die Installation & Debugging: According to the production screw specification, select the matching YWC forming die, install and fix it in the die set position, tighten the fixing bolts. Adjust the die gap and forming stroke through the control panel, conduct no-load debugging after installation to ensure the die operation is accurate and unobstructed.
Step 4: Feeding Mechanism Debugging: Adjust the feeding wheel spacing and straightening parameters according to the screw raw material diameter, test the automatic feeding effect, ensure the raw materials are straight and fed smoothly without jamming, and complete the installation and pre-debugging work.
Step 1: Pre-production Inspection: Before starting the Automatic Drill Point Forming Machine for Self Drilling Screws, check whether all parts of the equipment are loose, whether the hydraulic oil is sufficient, whether the die is intact, and clean the sundries in the feeding and forming area. After confirming no abnormality, turn on the equipment power and start the self-inspection program.
Step 2: Parameter Setting: Operate the YWC intelligent control panel, call the corresponding screw specification production parameter scheme, or manually set the production speed, forming stroke and discharging parameters. After setting, click parameter confirmation, and the system will automatically store the parameters.
Step 3: No-load Test Run: Start the no-load operation mode, let the equipment run idle for 3-5 minutes, observe the operation status of the die, feeding mechanism and discharging structure, check whether there is abnormal noise, vibration and jamming, and troubleshoot in time if there is any abnormality.
Step 4: Formal Production Operation: After the no-load test run is normal, put in screw raw materials, start the automatic production mode. The equipment will automatically complete feeding, straightening, drill point forming, deburring and discharging. During production, observe the product forming effect at any time, and fine-tune the parameters if individual products have size deviation.
Step 5: Shutdown & Daily Maintenance: After production is completed, first stop the feeding system, continue to run the equipment for 2-3 minutes to discharge all residual materials in the machine. Then cut off the power supply, clean the equipment surface and forming cavity sundries, lubricate the transmission parts, and complete daily maintenance.
Material jamming: Automatically alarm and stop the machine, cut off the power supply to clean the blocked materials, readjust the feeding speed and die gap, and restart the machine after confirmation.
Uneven drill point forming: Check whether the die is worn or loose, calibrate the die position, adjust the forming stroke parameters, and replace the die in time if it is worn.
Low production speed: Check whether the power supply voltage is stable, clean the oil circuit dirt, and reset the production speed parameters.
Abnormal equipment noise: Check whether the transmission parts lack lubricating oil, whether the bolts are loose, timely lubricate and fasten the parts.
Address
No. 54, Dashani Street, Haishu District, Ningbo City, Zhejiang Province, China
Tel
