Guangdong Okata Intelligent Technology Co., Ltd

The automatic screwdriving machine is a high-efficiency automated device designed for small-to-medium-scale production scenarios. With its simple yet practical design and precise, reliable performance, it significantly enhances production efficiency, reduces labor costs, and is suitable for small-batch electronics, small parts manufacturing, and other fields. It is an ideal choice for automated screw assembly.

1. Precision Assembly

The machine adopts high-precision mechanical structures and advanced control technology, achieving a repeat positioning accuracy of ±0.05mm. It precisely aligns with screw holes, ensuring each screw is locked with preset torque and angle, effectively preventing issues like stripped threads or floating screws caused by manual operations, thereby improving product assembly quality and consistency.

Equipped with a high-quality screw feeder using advanced vibration plate technology, it ensures screws remain well-aligned during transmission, guaranteeing reliable screw fastening.

2. User-Friendly Operation

Features an intuitive touchscreen interface, easy to understand even for beginners or less-educated operators. After brief training, users can independently program and operate the device. No complex expertise is required to handle diverse screw assembly needs, greatly reducing technical demands and training costs.

Flexible programming supports manual coordinate input or teach-and-repeat positioning. It also allows setting product change intervals and cyclic screw fastening plans to meet varied production requirements.

3. Smart Error Prevention

Built-in intelligent detection system automatically checks for screw presence, orientation, and installation status. Upon detecting missing or improper installation, the device immediately alarms and pauses, preventing defective products and enhancing quality control.

Real-time torque monitoring during fastening ensures screws are tightened within preset ranges, avoiding damage from over-torque or structural loosening from under-torque, ensuring product quality and reliability.

4. Broad Compatibility

Excellent compatibility with various screw specifications (e.g., M1-M5). Simple parameter adjustments or fixture replacements enable adaptation to different products, eliminating the need for multiple dedicated machines and improving versatility and ROI.

Quick adjustment of workbench clamps and positioning mechanisms accommodates products of varying shapes and sizes, ensuring stable fixation and accurate alignment for diverse assembly needs.

5. Stable and Durable

High-quality industrial-grade components undergo strict quality checks and durability tests, ensuring stable, reliable long-term operation with minimal downtime, meeting continuous production demands.

Compact, integrated design saves space, simplifies installation, and integrates seamlessly into existing production lines without major modifications, reducing investment and floor space.

A. X, Y, Z triple-axis composite motion meets 3D spatial fastening requirements.

B. Flexible screw feeding options: a. Suction type; b. Blowing type.

C. Industrial computer control ensures higher precision and stability.

Note: This is a standard machine; working stroke can be customized based on product specifications.

1. Significant Labor Cost Reduction

Traditional manual screw fastening requires heavy labor input, while this machine only needs manual loading/unloading. One operator can manage multiple machines, drastically reducing labor costs.

2. Remarkable Productivity Improvement

Stable, high-speed operation achieves up to 0.7 seconds per screw, far outpacing manual work. It completes more assemblies per unit time, meeting small-to-medium-scale production demands.

3. Reliable Product Quality Assurance

Precise positioning and stable torque control ensure every screw is fastened according to preset parameters, eliminating human-induced quality issues and enhancing assembly consistency.

The automatic screwdriving machine is widely used across industries, including but not limited to:

Electronics Manufacturing: Screw assembly for small devices like smartphones, tablets, Bluetooth earphones, and electronic toys.

Small Appliance Production: Screw fastening for small household appliance components.

Hardware Parts Processing: Assembly and screw fastening for small hardware parts.

Communication Equipment Manufacturing: Critical for small component assembly in communication devices.

Whether in electronics factories, small workshops, or assembly lines, the machine excels as an efficient, precise solution to boost productivity and ensure product quality.

https://www.gtokata.com/