Laser cutting uses precise lasers to cut out a specific design. An engineer uploads a CAD file to the cutting machine’s computer, and different lasers create precise cuts on any material based on the uploaded design. The process also uses melting, burning and vaporization methods to create the perfect cut on the specific material, whether you need metal, ceramics or foam cut to exact measurements.
Laser cutting is a manufacturing process that uses a high-powered laser beam to cut or melt through materials like metals, plastics, wood, and composites with high precision and accuracy.
Laser cutting finds extensive applications across industries like automotive, aerospace, electronics, medical devices, industrial machinery and more. It enables the fabrication of components with features that would be difficult or impossible with traditional cutting methods
Laser Cutting Material
Aluminium :2024, 5052, 5754, 6061, 6063, 1060 et
Carbon Steel :SPCC, HRS, SAPH440 etc
Stainless Steel :201, 301, 304, 316 etc
Cold or Hot Dip Galvanized Steel: DC01+Z100, S220GD+Z100, DX51D+Z100, DC01+Z275, S220GD+Z275, DX51D+Z275 etc
ZINCALUME Steel :DC01+AZ150
THE LASER CUTTING PROCESS
Here is how to prepare for any custom laser cutting service and what you can expect once the company receives your order.
Preparation
Before the laser cutting happens, you will need to send in a design to the laser cutting manufacturer. The company will look at the measurements of the piece, and also need to know what type of material you need cut.
Configure the Settings
Once everyone approves the design, the laser cutter company takes your approved graphic and uploads it to the machine. The power, speed, and frequency of the cut are all accounted for before the machine starts to work. Workers alter the settings for the type of material, and the machine goes to work shaping your object.
Processing
As the laser starts, it follows along the path that’s been designed up to ensure every edge is perfect. Engineers take safety steps to ensure the material isn’t damaged during the process. This may include a protective backing, which protects the material from burning and melting during the cutting process.
BENEFITS OF LASER CUTTING IN THE AEROSPACE INDUSTRY
After understanding the process of laser cutting, you may be wondering how laser cutting can benefit the aerospace industry. There are numerous ways laser cutting is a perfect tool for the aerospace industry.
Flexibility
While welding can be great for the aerospace industry, there are some things welding can’t do. Laser cutting allows the engineer to create specific parts that may be too difficult for welders to do by hand. Smaller parts can be cut to perfection, while larger parts can be cut more efficiently.
Creating Delicate Parts
In the aerospace industry, finding components that are lightweight yet capable of handling high wind speeds can be difficult. With laser cutting services, you can cut any material that will be useful for any project. You can use lightweight materials that are strong enough to handle the pressures of flying yet delicate enough to not add too much weight to an aircraft.
Reduced Costs
Reducing costs while creating a durable machine is an important goal in the aerospace industry. Laser cutting services provide quality work for a fraction of the cost, allowing you to save money for more projects. Plus, high-quality workmanship means your parts last longer and you’ll save repair costs over time.
Laser Cutting Aluminum Parts
Laser Cutting Plate Panels
Laser Cutting Stainless Steel
Laser Cutting Stainless Steel
Laser Cutting Stainless Steel
LET ‘S START YOUR LASER CUTTING NOW