PLC Control M1-M6 Screw 360W Desktop Robotic Screwdriver System

PLC Control M1-M6 Screw 360W Desktop Robotic Screwdriver System

Robotic Screwdriver System Overview

This equipment increases throughput on a variety of assembly applications.

This system is completely integrated and include robot, electric drivers, screw feeder systems.

The controller can store programs.

Robotic Screwdriver System Process
Compared to other manufacturing methods, automatic screw machining offers a number of advantages, including:

1. Automation: Automatic screw machines can run with little operator oversight. They generally only require assistance during setup and changeover.

2. Efficiency: 2 seconds per screw, increases efficiency of production.

3. Save money

Robotic Screwdriver System Specifications:

Robotic Screwdriver System Applications:

The automatic screwdriver machine is suitable for automated assembly in the electronics industry such as cameras, mobile phones, hard disks, keyboards, printers, computers, DVDs, home appliances, toys, appliances, communication equipment, electronic processing and assembly,etc. Automobile industry assembly, such as automotive motors, parts assembly, etc.

Usage in different industries:

Robotic Screwdriver System Advantages:

Robotic screwdriver systems offer a range of advantages in various manufacturing and assembly processes due to their automation capabilities and precision control. Here are some key advantages of using robotic screwdriver systems:

1. Increased Efficiency:

   • Robotic screwdriver systems automate the screwdriving process, significantly increasing the speed of assembly lines and reducing production time.

2. Precision and Accuracy:

   • These systems ensure consistent and precise screwdriving with accurate torque control, reducing the risk of errors and ensuring uniform product quality.

3. Reduced Labor Costs:

   • By automating the screwdriving process, robotic systems reduce the need for manual labor, leading to cost savings and improved productivity.

4. Ergonomic Benefits:

   • Robotic screwdriver systems eliminate repetitive and strenuous manual tasks for workers, improving ergonomics and reducing the risk of injuries associated with repetitive motion.

5. Flexibility and Adaptability:

   • These systems can be easily programmed and reconfigured to handle different screw types, sizes, and assembly tasks, offering flexibility in manufacturing processes.

6. Error Detection and Correction:

   • Some robotic screwdriver systems are equipped with sensors for detecting screwdriving errors, allowing for immediate correction and ensuring consistent product quality.

7. Data Logging and Traceability:

   • Robotic systems can log data related to the screwdriving process, providing traceability and aiding in quality control and process optimization.

8. Integration with Smart Manufacturing:

   • Robotic screwdriver systems can be integrated with smart manufacturing systems for real-time monitoring, control, and optimization of assembly processes.

9. Increased Production Capacity:

   • By improving efficiency and reducing cycle times, robotic screwdriver systems help increase overall production capacity and throughput.

10. Quality Control:

    • These systems can be programmed to perform quality checks during the screwdriving process, ensuring that screws are properly seated and tightened to the required specifications.

11. Consistency:

    • Robotic screwdriver systems deliver consistent results across all products, eliminating variations caused by human error.

12. Space Optimization:

    • Robotic screwdriver systems can be designed to fit into compact spaces, optimizing floor space utilization in manufacturing facilities.

Screw Spec Requested:

Please share screw specifications as per below drawing for a solution discussion.