Plasma Cutting

At Serviacero Comercial, we offer plasma cutting services using advanced technology. Our cutting capacity ranges from 10 gauge up to 2.5 inches in thickness, with widths of 3.05 m and lengths up to 12.20 m. This service is commonly used for the fabrication of metal parts, construction of metal structures, machinery manufacturing, and other applications.

At Serviacero Comercial, we provide precision plasma cutting services with modern equipment capable of delivering fast, clean, and accurate cuts. Our capacity covers carbon steel sheets and plates from 10 gauge up to 2.5 inches thick, with widths of 3.05 m and lengths up to 12.20 m.

Key Advantages of Plasma Cutting:

• Versatility: Capable of cutting various material thicknesses, from sheets to plates, across different steel grades with high precision and efficiency.
• Speed: Cuts are performed quickly with clean edges, improving productivity and reducing lead times for clients. The process requires no preheating, minimizing downtime.
• Precision: Enables work where tight tolerances, high accuracy, and superior edge finish are essential to meet project specifications.
• Flexibility: Adaptable for producing cuts in different shapes and designs, making it suitable for applications requiring detailed and specific cuts.
• Environmentally Friendly: Designed to minimize material waste, contributing to environmental sustainability.

Applications of Plasma Cutting:

• General Fabrication: Cutting steel sheets and plates for metal structures, profiles, and components used in various industrial and construction applications.
• Automotive: Manufacturing automotive parts such as chassis, body panels, and other components.
• Construction: Cutting elements for building and bridge projects, among others.
• Energy Sector: Fabrication of parts, components, and structures for energy-related applications.
• Manufacturing: Suitable for heavy machinery, industrial equipment, and tools, adapting to cuts of various shapes and sizes.

Steel plasma cutting is a versatile and efficient technique applied across multiple industries, providing precise material cuts while offering speed and design flexibility for component fabrication.