Rotary Laser Engraving Equipment Automatic Loading And Unloading Marking Machine – 3D Model Creo.Parametric

Laser engraving machine equipment function:
Load and unload materials through the toggle-type magnetic steel loading and unloading mechanism, and add a rotating mechanism in the middle to complete the product side marking operation and the transfer of the carrier.
Equipment structure:
Magnetic steel loading mechanism: adopts the profiled translation push piece to feed the material, the cylinder slide cover is staggered up and down, and the cylinder drives the push pin to load the material.
Laser engraving equipment: responsible for the product marking function.
Rotating mechanism: The servo motor drives the fan-shaped roller, and the roller fan blades are equipped with magnets to ensure that the tooling does not fall off.
Magnetic steel unloading mechanism: The unloading function is realized through the cooperation of two cylinders.
Translation feeding mechanism: Through the profiled translation push piece, the stability of each feeding is ensured.
Loading sliding mechanism: The staggered baffle plate adopts the epoxy plate + SUS430 combination material, which can not only ensure that the magnetic steel is delivered in place but also avoid the magnetic steel from being staggered up and down to prevent scratches.
Pushing magnetic feeding mechanism: Spring ejector is used to avoid scratching the side of magnetic steel.
Unloading and shifting mechanism: Two cylinders are used to drive the paddle to realize the shifting function
Shifting mechanism: The paddle moves up to the carrier slot and shifts the product to the material channel.
Process flow:
Step 1: The cylinder of the pulling magnetic mechanism pushes up to tighten the magnetic steel;
Step 2: The cylinder of the pulling magnetic mechanism moves forward horizontally to push the magnetic steel;
Step 3: The misclassified material bin moves upward to separate the magnetic steel, and the end stopper absorbs the magnetic steel;
Step 4: The cylinder of the pulling magnetic mechanism moves down and retreats to prepare for the next material pulling;
Step 5: The push ejector pushes the magnetic steel on the misclassified plate into the fixture ;
Step 6: The rotating mechanism rotates 90° to place the magnetic steel marking surface facing the marking machine for marking;
Step 7: After marking, the rotating mechanism rotates the carrier to the unloading side;
Step 8: The cylinder of the magnetic steel unloading mechanism moves forward to the bottom of the carrier;
Step 9: The magnetic steel unloading mechanism moves up and inserts into the inside of the carrier;
Step 10: The cylinder of the magnetic steel unloading mechanism moves backward to push the product to the material plate to complete unloading;