MATERIALS USED IN SHEETMETAL LASER CUTTING
Laser cutting technology has revolutionised sheetmetal fabrication by offering precise cutting capabilities across a wide range of materials. Understanding the materials commonly used in sheetmetal laser cutting is essential for optimising cutting processes and achieving high-quality results.
COMMON MATERIALS FOR LASER CUTTING SHEETMETAL
Sheetmetal laser cutting is adept at handling various metals, each with unique properties that influence cutting parameters and outcomes. Steel is a frequently processed metal type for laser cutting due to its versatility and durability. Aluminium is another popular choice known for its lightweight yet strong properties, making it suitable for aerospace and automotive applications. Copper, valued for its conductivity and aesthetics, requires specialised laser settings to avoid surface oxidation. Brass and titanium are also commonly laser-cut metals, each offering distinct challenges and benefits in terms of machinability and finish.
SPECIAL CONSIDERATIONS
Each metal type presents specific challenges and considerations in laser cutting. Steel and aluminium are relatively straightforward with high laser absorption rates, allowing for fast and efficient cutting. Copper, however, is more reflective and conductive, requiring precise laser settings to achieve clean cuts without damaging the material. Brass shares similar properties to copper but may exhibit different responses to laser parameters. Titanium, known for its high strength-to-weight ratio, demands careful control of laser power and speed to prevent excessive heat buildup and maintain material integrity. See our FAQs page for more information on metal fabrication technologies and considerations (LINK TO FAQ PAGE)
OPTIMISING LASER CUTTING PARAMETERS
Achieving optimal laser cutting results involves fine-tuning parameters such as laser power, beam focus, cutting speed, and assist gases based on the material being processed. Fibre lasers are often preferred for cutting thinner metals with high precision and speed, while CO2 lasers excel in cutting thicker materials. The advanced Trumpf laser cutting machines (LINK TO RAPID LASER CUTTING PAGE) used at Ramage Sheetmetals, provide the flexibility and power necessary to handle a wide range of materials and thicknesses accurately and efficiently.
CHOOSE RAMAGE SHEETMETALS FOR ALL YOUR LASER CUTTING NEEDS
In conclusion, understanding the materials used in sheetmetal laser cutting is crucial for maximising the capabilities of this advanced technology. Whether cutting steel, aluminium, copper, brass, or titanium, each material requires careful consideration of laser parameters to achieve optimal results. Ramage Sheetmetals utilises state-of-the-art laser cutting equipment and expertise to deliver precise, high-quality cuts across various metals, ensuring client satisfaction and meeting industry standards. For more information on how laser cutting can benefit your specific material needs, contact us today.
