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A Method for Manufacturing an Automated Laser Cutting Machine


09/14

2021

Laser cutting machines have gradually been applied in smart industries. Today, with the increasing智能化 development of the electronics industry, more and more circuit boards are being used—and they are becoming smaller and thinner. The advantages of laser cutting machines for sheet metal are narrow kerfs, high precision, and a small heat-affected zone.

 Laser cutting machine

Moreover, the advantages offered by laser cutting machines extend beyond industrial upgrading—they also lead to increased productivity. While enhancing processing accuracy, their programmable operation mode has replaced a large number of workers. Today, all automatic laser cutting machines are equipped with loading mechanisms that transport the sheet material to be cut into position for cutting. During the cutting process, it is essential to precisely position the loading mechanism; otherwise, the cutting quality can easily be compromised. Automatic laser cutting machines rely on traveling loading mechanisms for positioning. This dynamic laser cutting machine comprises an equipment platform, which is fitted with… X Axle drive unit, X An axis drive device is equipped with… Y Axle drive unit, Y A laser is mounted on the axle drive unit, and a loading mechanism is installed on the equipment platform. The laser equipment platform is also equipped with a lower plate, which features a rail system. Above the lower plate sits a vertically adjustable upper plate, equipped with a passage facing the rail. The drive wheel passes through this passage, and a one‑way gear rack is positioned between the passages. At the bottom of the loading mechanism, there are locking tooth blocks located between the drive wheels; the one‑way gear rack engages with these locking tooth blocks to prevent the loading mechanism from moving in the opposite feed direction. On both sides of the drive wheel are spiral linear limit protrusions, with the height of these protrusions gradually increasing from the end of the spiral line closer to the wheel axle toward the end closer to the wheel surface. When the upper plate is in the lower working position, the one‑way gear rack does not come into contact with the locking tooth blocks, and the drive wheel works in conjunction with the rail to advance the loading mechanism. When the upper plate is in the upper working position, the drive wheel disengages from the rail, the one‑way gear rack engages with the locking tooth blocks, thereby achieving… X Axle positioning. To reverse the drive wheel, first slide the portion of the limiting boss closest to the wheel axle into the passage, then, as it rotates, slide the portion of the limiting boss closest to the wheel surface into the passage, thereby achieving… Y Axial positioning. The driving wheels of the laser cutting machine are equipped with linear protrusions on their wheel surfaces, while the rails feature linear rail grooves designed to accommodate these protrusions.

A drive wheel is installed at the bottom of the loading mechanism, enabling it to move. The sheet to be cut is fed into the cutting position as it enters. Then, on the equipment platform… x Axle drive unit and y The axis drive unit drives the laser cutting of the sheet to be cut.

The advantage of this laser cutting machine is that, It comprises a laser body, an armrest base, and a base frame. The armrest base is positioned above the laser body and securely fastened to it; the laser head is mounted at the bottom of the laser body; the base frame is located beneath the laser body and is firmly attached to it. Having Laser cutting machines offer the advantages of simple structure, flexible cutting, clean cuts, and small errors.


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