Metal fabricators rely on a variety of welding methods to join metal parts together. Each welding technique offers a unique combination of benefits and drawbacks that determine its suitability for use in different applications.
One of the most popular welding methods used in today's metal fabrication projects is laser welding. As the name suggests, this welding process involves fusing metal parts together through laser technology.
If you'd like to find out why laser welding is increasingly being considered a great alternative to traditional welding processes, you've come to the right place. Some of laser welding's greatest advantages are highlighted below.
In welding applications where details matter, laser welding is a clear winner. It is a tightly controlled welding method that can deliver a high level of precision that may not be possible with traditional welding technologies.
This makes it possible to perform the most intricate welding tasks without compromising the weld joint quality.
As a type of fusion welding, laser welding helps to create high-strength weld joints that ensure the safety and stability of metal products. The high heat of the laser beam helps to effectively heat metal parts to their melting points, allowing them to form a strong bond as they cool.
Laser welding allows for efficient production of weld joints because the laser beam used in welding applications is highly concentrated. Almost all of the heat energy produced by the laser is used to melt and join metal parts together, forming high-strength bonds in the process.
High Production Speed
When carried out as an automated process, laser welding can be optimized to produce high-quality welds at a fast and consistent rate. This makes it an excellent choice for projects that require a high production volume.
Minimal Thermal Distortion
Because it's a low-heat welding process, laser welding minimizes heat-affected zones, reducing the need for re-working. This not only helps to minimize material deformity but also lowers production costs.
Laser welding not only allows metal fabricators to join different types and thicknesses of similar and dissimilar metal parts together but also allows them to perform welding tasks in otherwise inaccessible areas.
Laser technology is a non-contact technology, thus it helps to avoid the challenges of welding in areas that cannot be reached with mechanical welding equipment.
While laser welding can deliver several great advantages, it may not be suitable for all welding applications, including those that require a high heat input. To find out this is the right welding service for you, talk to a reputable metal fabrication service about your specific needs.Share