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Smart Electric Screwdriver Locking Screw Parts Assembly Process

Classification:

Blog

Frequently Asked Questions

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Release time:

2019-04-18

Visits:

1

Intelligent Electric Screwdriver   
   
       1. Assembly:
  A total of 4 types of parts, 2 assembly methods, and 4 demonstration process flows.
 
  2. Screws:
  2 sizes, 2 lengths, a total of 4 combinations.
  M3X6, M3X12, M4X6, M4X12
 
  3. Inspection:
  Check size, count screws, color;
 
  4. Coding:
  Different number segments are coded according to the RFID type.
 
  Brief description of the process flow
  1. Processing order generation, system placing orders;
  2. The warehouse performs raw material outbound;
  3. The AGV cart transports the workpieces to the corresponding workstation temporary storage platform according to the RFID process path information;
  4. Industrial robots are allocated and scheduled according to MES software, placing the required workpieces at the assembly workstation and screw locking workstation respectively;
  5. The assembly workstation uses robots to load and unload the flange base and flange, shape them, and then assemble them together;
  6. The AGV transports the assembled components to the screw locking workstation, where the robot automatically takes screws for locking;
  7. The AGV conducts visual inspection of the completed screw-locked workpiece components and performs laser marking before final storage.
 
 
 

Key words:

Intelligent Electric Screwdriver

Introduction to Intelligent Electric Screwdrivers

The Intelligent Electric Screwdriver is a power tool that integrates intelligent control and electric drive technology. It has the following features and applications: Intelligent Control: The Intelligent Electric Screwdriver uses technologies such as microprocessors and sensors to automatically identify the parameters of the screwdriver and screws, and adjust the working mode automatically as needed, such as torque, speed, etc. At the same time, it can provide real-time feedback and alarm functions to ensure the quality of screw tightening. Electric Drive: The Intelligent Electric Screwdriver employs electric drive technology, providing power through a motor, making operation easier and more efficient. Compared to traditional manual screwdrivers, it can significantly improve work efficiency and reduce labor intensity, especially suitable for tasks involving a large number of screw tightenings. Automated Production Lines: The Intelligent Electric Screwdriver is widely used in automated production lines, especially in scenarios requiring large-scale screw tightening. It can be used in conjunction with automated equipment and assembly lines to achieve high-speed, precise, and consistent screw tightening operations, improving production efficiency and product quality. Maintenance and Repair: The Intelligent Electric Screwdriver can also be used for maintenance and repair work. It can easily tighten or disassemble various screws, suitable for maintenance and assembly in fields such as furniture, appliances, and automobiles. Industrial Manufacturing: In the field of industrial manufacturing, the Intelligent Electric Screwdriver is widely used in the assembly process of various products, such as electronic devices, household appliances, and automotive parts. It can provide efficient, stable, and reliable screw tightening operations, ensuring product quality and production efficiency. In summary, the Intelligent Electric Screwdriver is a tool that integrates intelligent control and electric drive technology, with significant application value in automated production lines, maintenance and repair work, and industrial manufacturing. It improves work efficiency and product quality by providing efficient, precise, and reliable screw tightening operations.