Working principle and main features of automatic insert assembly machine

Automatic Insert Assembly Machine is an efficient automated production equipment, which is mainly used to accurately assemble various parts or components into products in a predetermined order and manner. The following is a detailed introduction to the automatic chip assembly machine:

First, the working principle

The working principle of the automatic chip assembly machine usually includes the following steps:

Directional arrangement of parts: The disorganized parts are arranged automatically according to the spatial orientation that is convenient for automatic processing by the machine.

Parts conveying: The directional arrangement of the parts are smoothly conveyed to the subsequent escapement to prepare for the subsequent grasp of the manipulator.

Manipulator grasp and move: After the escapement is fixed to locate the parts, the manipulator grabs them or vacuuses them, and then moves them to the assembly working position.

Assembly work: At the assembly work position, the machine assembles the parts according to the predetermined way, such as pressing, clamping, screw coupling, clamping, bonding, welding, etc.

Quality testing: testing the assembled parts or the results of the previous step of the machine, such as missing parts testing, size testing, defect testing, functional testing, etc.

Sorting out: the assembled qualified parts and unqualified parts are sorted out from the machine.

Two, the main characteristics

High precision: The automatic chip assembly machine adopts advanced control systems and sensors, which can realize the precise positioning and grasping of parts and ensure the assembly accuracy.

High efficiency: Compared with manual assembly, automatic chip assembly machines can significantly improve production efficiency and reduce production cycles.

High degree of automation: The automatic chip assembly machine can realize the whole process automation from the directional arrangement of parts, transportation, grasping, assembly to quality detection, classification and extraction.

Strong flexibility: By adjusting the program and parameters, the automatic chip assembly machine can adapt to different specifications and types of parts assembly needs.