Utilizing a highly precise and efficient technique, steel strips undergo laser cutting. The cutting machine possesses a high-powered laser beam that is meticulously directed towards the steel strip. Following the designated cutting path, the laser beam either melts or vaporizes the steel, resulting in an accurate and clean cut.
The process commences by inputting the desired dimensions and cutting specifications into the computer system of the laser cutting machine. Subsequently, the steel strip is positioned onto a cutting bed or secured in a fixture to ensure stability during the cutting procedure.
Once the setup is finalized, the laser cutting machine initiates the laser beam, which is skillfully guided through mirrors and lenses to precisely follow the predetermined cutting path. The laser beam, possessing high energy, rapidly heats and melts the steel strip, leading to a narrow cut or kerf.
To ensure precision, the computer system of the machine regulates the speed, power, and frequency of the laser beam. This enables customization based on the thickness and type of steel being cut.
Due to the substantial amount of heat generated during the laser cutting process, measures are taken to counteract it. Typically, a coolant or gas jet is employed to keep the material and the laser lens cool. This serves to prevent thermal distortion and maintain a clean cut.
Upon completion of the laser's cutting path, the cut steel strip is removed from the cutting bed or fixture, and any excess material or debris is cleared away. The resulting cut is characterized by precision, with minimal heat-affected zones or distortion. Consequently, laser cutting proves to be an ideal method for steel strip fabrication.
Steel strips are laser cut using a highly precise and efficient process. The laser cutting machine is equipped with a high-powered laser beam that is focused onto the steel strip. The laser beam melts or vaporizes the steel along the designated cutting path, creating a clean and accurate cut.
The process begins by inputting the desired dimensions and cutting specifications into the laser cutting machine's computer system. The steel strip is then placed onto a cutting bed or held in a fixture to ensure stability during the cutting process.
Once the setup is complete, the laser cutting machine activates the laser beam, which is guided by mirrors and lenses to accurately follow the predetermined cutting path. The high energy laser beam rapidly heats and melts the steel strip, creating a narrow kerf or cut.
To ensure precision, the machine's computer system controls the speed, power, and frequency of the laser beam. This allows for customization based on the thickness and type of steel being cut.
The laser cutting process generates a significant amount of heat, which is typically mitigated by utilizing a coolant or gas jet to keep the material and the laser lens cool. This helps prevent thermal distortion and ensures a clean cut.
Once the laser has completed its cutting path, the cut steel strip is removed from the cutting bed or fixture, and any excess material or debris is cleared away. The resulting cut is precise, with minimal heat-affected zones or distortion, making laser cutting an ideal method for steel strip fabrication.
Steel strips are laser cut by using a high-powered laser beam to melt or vaporize the material along a precise cutting path, resulting in a clean and accurate cut. The laser beam is guided by computer-controlled mirrors, which ensure the desired shape and dimensions are achieved.
