Optimizing Processing with Laser Tube Cutting Machines

Today's laser tube cutting machines are specifically designed to cut a wide variety of tubes and pipes whether round, square, rectangular, or triangular.

Basics of laser tube cutting

There are some significant differences between laser tube cutting and laser cutting of flat sheets. Operators need to know that laser tube cutting requires an ideal final cut so that the machine can move on to the next section. With laser tube cutting, the machine is not affected by the previous part and can easily switch to the next sheet regardless of the quality of the cut.

Weld Seam

Sometimes, multiple parts require a weld seam or weld seem to be placed on a specific side, or their location is sensitive to the overall design. In this case, the laser tube cutting machine can include a stitch detector that will locate the stitches so that the cut can be adjusted.

Maximizing Efficiency

With many systems available on the market, finding the right laser tube cutting machine requires a lot of consideration. Laser tube cutting is based on the size it can handle, so it is necessary to know the dimensions of the tube it is expected to cut. Most laser tube cutting machines today have the capability to allow both beveled and countersink cutting.

The machine with a 3D torch maximizes flexibility and range of motion, which expands the range of possible applications. Fabricators can cut the desired angle for welding preparation and achieve the highest accuracy for easy assembly. Automation is also something that can make laser tube cutting more efficient. Features such as automatic loading and unloading systems, seam detection and splash extraction can increase machine efficiency to produce quality products.

Conclusion

Laser tube cutting can be used to cut shapes and features that cannot be created by other methods. These features will help fabricators expand their capabilities to handle a wider range of customer projects Duta Laserindo Metal has a laser tube cutting machine that can be used as a system that can perform a number of processes, including material handling, cutting, drilling, punching, and others. This eliminates the need for the operator to work through multiple steps moving from one machine to another.