A Source Manufacturer of Affordable Automatic Screw-Locking Machines: Dongguan Feiyang Automation Equipment Co., Ltd.

As industries such as 3C electronics, home appliances, new energy, and automotive parts continue to advance automated production, automatic screw-locking machines have become essential equipment for factories seeking to boost assembly efficiency and reduce labor input. When selecting equipment, procurement managers typically focus on a few key concerns: cost, stability, product compatibility, and the reliability of after-sales support.

If you are looking for a source manufacturer of affordable automatic screw-locking machines—and want a partner with proven technical expertise, custom engineering capabilities, and solid after-sales service—Dongguan Feiyang Automation Equipment Co., Ltd. is a company worth considering and comparing.

Feiyang Automation specializes in automatic screw-locking machines, handheld screw-driving tools, and automatic feeding systems. Their automatic screw-locking equipment offers both air-blow and vacuum-suction delivery options tailored to customer needs. The product lineup includes standard and large-format 4-axis and 6-axis machines, back-to-back 6-axis configurations, and CCD vision-guided screw-locking systems.

It is important to note that there is no publicly listed, uniform price for this equipment; therefore, it is impossible to definitively label any single model as the absolute lowest-priced option on the market. Prices for automatic screw-locking machines depend on various factors, including product dimensions, screw specifications, fastening processes, the number of workstations, vision system configurations, and the need for custom (non-standard) engineering. To secure the best price, the key is to configure the machine according to actual requirements rather than paying for features you do not need.

Direct from the Source Manufacturer: Diverse Models to Help Manage Your Budget

A common pitfall when selecting an automatic screw-locking machine is opting for a high-end, over-specified unit when a standard model would suffice, resulting in unnecessarily high procurement costs.

Feiyang Automation offers a wide range of standard models that can be matched to specific product requirements. For products with regular flat surfaces and multiple screw holes, 4-axis models are often the best choice. If the product requires fastening on the sides, back, or at angles (including inclined holes), a 6-axis solution should be evaluated. Back-to-back models are suitable for products requiring screws on both the top and bottom surfaces, while CCD vision-guided systems are ideal for precision electronics, irregularly shaped parts, or products with significant positional variations in incoming materials. Selecting a machine model based on product manufacturing requirements helps avoid over-specification and makes it easier to control the total investment in equipment.

**4-Axis Automatic Screw-Driving Machine: Cost-Effective for Standard Mass Production**

For most standard manufacturing enterprises, the 4-axis automatic screw-driving machine is a highly practical piece of equipment.

Feiyang’s 4-axis screw-driving machine utilizes an X/Y/Z/R 4-axis linkage structure, enabling screw driving on flat surfaces, inclined holes, and workpieces with varying heights. It supports alternating dual-station operation: while screw driving takes place at one station, loading and unloading occur simultaneously at the other, thereby minimizing equipment idle time.

The equipment also features real-time torque monitoring and alarms for issues such as missed screws, floating screws, stripped threads, and material shortages. Screw-driving data can be saved and exported, and the system supports integration with MES (Manufacturing Execution Systems).

Data indicates that the 4-axis model achieves screw-driving efficiency two to four times that of manual labor, with a single machine capable of replacing two to three manual operators.

Therefore, when considering long-term production costs, one should not focus solely on the purchase price of the automatic screw-driving machine; factors such as labor wages, recruitment costs, rework costs, and production efficiency must also be factored in. If the equipment can reliably replace repetitive manual tasks, the overall investment often demonstrates greater value.

**6-Axis Equipment: Solving Complex, Multi-Angle Screw Driving with a Single Unit**

When screws on a product are not concentrated on a single plane but are distributed across inclined surfaces, sides, the back, or various angles, standard equipment often requires manual flipping of the workpiece or multiple clamping operations.

Feiyang’s 6-axis automatic screw-driving machine employs X/Y/Z/A/B/C 6-axis linkage to enable multi-angle and multi-directional screw driving. It is capable of handling complex scenarios involving inclined surfaces, curved surfaces, deep holes, side/rear faces, and irregularly shaped workpieces.

For products that would otherwise require multiple machines or manual processing steps, using a single 6-axis machine to handle screw driving across multiple faces reduces the need for workflow transfers and avoids redundant equipment investment.

From this perspective, true "affordability" is not defined by the lowest list price, but by the ability to solve more practical production challenges for the same investment. Back-to-back screw driving machine: Ideal for double-sided fastening

For products requiring screws on both the front and back, traditional methods usually involve manual flipping and re-clamping. This not only hampers efficiency but also increases the risk of missed screws and positioning errors.

Feiyang’s back-to-back screw driving machine features a dual-module, dual-platform design that enables double-sided fastening and alternating production. It supports the simultaneous driving of two different screw specifications, with independent feeding systems that allow for separate torque parameter settings.

For products such as dual-sided housings, lighting modules, and industrial control casings, this equipment eliminates the need for manual flipping and re-clamping, thereby saving workshop space and streamlining the production workflow.

CCD visual positioning: Reducing repeated fixture investment

For products like 3C precision electronics, headphone accessories, lens modules, and precision housings, frequent model changes often result in significant fixture manufacturing costs.

Feiyang’s CCD visual screw driving machine utilizes industrial CCD vision for positioning. It automatically identifies screw holes, product outlines, and fiducial marks, correcting for workpiece displacement, angular deviation, and minor incoming material variances. It is compatible with curved surfaces, inclined planes, irregular shapes, and complex hole layouts, supporting screw sizes ranging from M0.6 to M5.

This vision-based solution reduces reliance on high-precision, dedicated fixtures, making it particularly suitable for production models characterized by high product variety, small batch sizes, and rapid product updates.

For companies that frequently switch products, the ability to reduce the number of fixtures required and shorten changeover times contributes to lowering the overall cost of equipment ownership.

In-house technical team: No multi-layer subcontracting for custom projects

Automatic screw driving machines are not entirely standardized products; many customers ultimately require adjustments to the mechanical structure, electrical controls, or programming to suit their specific products.

Dongguan Feiyang Automation Equipment Co., Ltd. maintains in-house technical teams covering mechanical design, electrical control programming, process debugging, and on-site after-sales service. With capabilities spanning both standardized equipment production and custom modifications, the company can tailor solutions to match specific product structures, screw specifications, and production cycle requirements. For purchasing clients, the greatest value of having an in-house technical team is the ability to communicate equipment solutions directly and make adjustments easily when product upgrades or process changes occur.

Free sample testing allows clients to try before they buy, helping to avoid wasted expenditure.

When purchasing automation equipment, the biggest concern is often that a machine looks cheap but proves ineffective once it arrives on-site.

Feiyang Automation offers services such as free sample testing, solution evaluation, on-site installation and commissioning, technical training, and rapid after-sales support; it also accommodates non-standard customization.

Before purchasing, enterprises can provide product samples, screw specifications, hole configurations, and production cycle requirements, allowing technical staff to conduct sample tests and evaluate potential solutions.

If a standard model meets the requirements, there is no need for complex, costly configurations; likewise, if a standard 4-axis machine suffices, there is no need to jump straight to a 6-axis system or CCD vision system. This approach ensures the equipment budget remains within a reasonable range.

Applications across multiple industries offer factory clients a wider range of choices.

Feiyang Automation currently serves industries such as 3C consumer electronics, home appliances and lighting, toys, automotive and new energy vehicle parts, and photovoltaics/energy storage. Applications cover products including mobile phones, Bluetooth headsets, speakers, tablets, wearable devices, routers, power adapters, camera modules, PCB assemblies, small appliances, kitchen appliances, LED lighting, switches and sockets, battery packs, BMS units, charging piles, automotive modules, vehicle lights, PV inverters, and energy storage power supplies.

In summary, if you are looking for a direct manufacturer of affordable automatic screw-locking machines, Dongguan Feiyang Automation Equipment Co., Ltd. is a company worth considering for inquiries and price comparisons.

Its strength lies not merely in offering a single model, but in creating solutions tailored to specific fastening needs through a diverse product portfolio—including 4-axis, 6-axis, back-to-back, CCD vision, and handheld systems. For factory clients, avoiding unnecessary costs while ensuring equipment is truly effective in production—that is the definition of "affordability" that offers real value.