Laser Cutting Machine, Color : Customized

We offer laser cutting machine
laser cutting is applied for different kinds of materials like stainless steel, mild steel, and aluminum etc. Where it require precise, fast and force-free processing. Lasers create narrow kerfs and thus achieve high-precision cuts.
almost all kinds of metals can be laser cut: mild steel, stainless steel and aluminum are the most common applications. Compared to alternative techniques like die cutting, laser cutting is cost-efficient already for small-batch production.
Basically, metal laser cutting is effected by locally heating the material at the focal point of the focused laser beam above its melting point. The resulting molten material is ejected either by a coaxial gas jet or the induced vapor pressure, thus forming the cut kerf.
The various technology used in cutting process is as follow:
1. Laser fusion cutting
in the case of higher alloyed steels and aluminum, an inert gas (nitrogen, argon) is typically used as a cutting gas. This process is solely depending on the energy of the laser beam. The required laser power is therefore higher than that for laser flame cutting. Laser fusion cutting affords oxygen-free cut edges, which is particularly important when welding is the next process step after cutting. Today, laser fusion cutting is used industrially for material thicknesses of up to 15 mm.
In principle, both high power co2 and solid-state lasers are suited for this kind of applications. Providing higher average power, co2 lasers are an excellent option for the separation of thicker cross sections.
2. Laser flame cutting
for low-alloyed steels in particular, oxygen is typically used as a cutting gas. This process, known as laser flame cutting, receives additional energy from the exothermic reaction of the material, which is heated above the ignition temperature. The required laser power is therefore lower than for laser fusion cutting. Today, laser flame cutting is used in industry for material thicknesses of up to 25 mm.
Here, too, both high power co2 and solid-state lasers are applied. Providing higher average power, co2 lasers are an excellent option for the separation of thicker cross sections.
Advantages:
1) co2 sealed slab laser technology.
2) laser pre-mix gas bottles not required. Saves cost and space.
3) no pre heating required prior to start.
4) 48 months pro rata warranty.
5) after refilling your warranty extends to another 48 months (same as new machine)
6) low operating cost(160 rs. Per hour approx.)
7) no moving parts, less maintenance.
8) low standby power consumption.
9) we provide meniscus focusing lenses.