Advanced Cutting Technologies with FICEP G25 HPE
We specialize in precision sheet metal cutting using the FICEP G25 HPE, employing two advanced technologies: oxygen-based cutting and plasma cutting.
Oxygen-based cutting
Oxygen cutting is a two-stage process that involves:
Preheating: Heating the material to combustion temperature using a preheating flame or gas.
Cutting: Introducing high-pressure cutting oxygen to the heated section, which oxidizes the material and blows it out of the cutting gap.
Benefits and Applications
Capable of processing very thick metal sheets (25 mm and thicker).
Allows cutting at various angles with perpendicular edges.
Suitable for working underwater.
Cost-effective in terms of investment and operation.
Ideal Materials
Low-carbon and low-alloy structural steels.
Corroded and varnished parts.
Not recommended for aluminium and high-alloy steels resistant to oxidation.
Parameters
Maximum cutting thickness: 80 mm.
Plasma cutting
Plasma cutting is an arc cutting method characterized by a concentrated plasma arc, a highly ionized gas traveling at near the speed of sound. This method melts and ejects material from the cutting slot, achieving high precision and quality.
Benefits and Applications
Separates all electrically conductive materials, including aluminum, various types of stainless steel, and mild steel.
Ideal for cutting high-alloy and unalloyed steels.
Higher productivity and precision compared to other methods.
Parameters
Thickness of cut: 5 mm - 50 mm.
Maximum sheet size: 2500 x 6000 mm.
We use the FICEP G25 HPE (manufactured in 2020), a trusted name in the European market, to deliver high-quality cutting services.
