Benefits of Mixing C02 and Fibre Laser Devices for Sheet Material Work Stores

C02 laser have usually been the laser models of preference used by job stores due to their consistency of performance in regards to chopping speed, cost of operation and reduce quality throughout all stages of metal thickness. This allows job stores to method a complete range of materials at competitive rates.

With the popularity of Fibre Lasers growing quickly several job stores are contemplating the advantages they can offer their organization regarding improved efficiency in detailed price and Bystronic Laser Consumables turnaround time. This informative article may explore the advantages of every laser technology, how they can match one another in the proper placing and how bigger quantity organizations like work shops can take advantage of having both.

Firstly let's outline the strengths of both Fibre and CO2 lasers and what benefits they give to the company function of employment shop.

Advantages of Fibre Laser Technology:

Fibre lasers have now been shown to reduce quicker and are cheaper to operate than CO2 lasers when fabricating thin sheet steel as much as 5mm in thickness.

In chopping slim page materials, they are able to cut almost three times quicker than CO2 lasers and running charges are usually 1 / 2 of what is required to operate a CO2 due to presenting reduced electric consumption and the lack of mirrors which are essential in CO2 systems. In addition, as a result of lack of mirrors and laser gasoline they require less maintenance. Servicing intervals are normally 50% longer which permits 50% lower maintenance costs. Additionally they might need less consumables to operate and the consumables needed are cheaper than the related CO2 systems.

As the column made from the fibre optics is more readily consumed into the metals, this allows the capacity to reduce reflective metals such as for instance Copper, Metal and Aluminium whereas cutting these materials with a CO2 laser can damage the device because of intense back reflection. This provides higher flexibility to battle more substantial work.

Research shows that around 70% of all cutting applications in the level sheet steel chopping market have been in the thin-material selection under 5mm thick. That is really a large segment of the level sheet material market.

Eventually fibre laser machines are generally less expensive to buy than very same CO2 lasers.

Great things about CO2 Lasers:

The cut quality of a CO2 Laser stays constant through the duration of all ranges of product thickness whereas a fibre laser though being a superior cutter in the thin product range, it starts to reduce reduce quality when the material width exceeds 5mm.

Though fibre optics presents performance advantages in the slim material range, CO2 lasers may outperform them when the metal thickness being reduce exceeds 5mm.

This holds true when it comes to

- Rate of cutting

- Charge per part

- Quality of cut*

* Whilst this might be true when comparing many Fibre Lasers to CO2, in some units the general agreement of cut quality in Fibre may possibly vary. At 2kW IPG's Fibre Laser products have been display to achieve corresponding to or remarkable cut quality to CO2 laser correct up to 12mm in mild steel. At this depth the laser also reduce at an equal rate to CO2 and energy use per reduce part was still decrease utilizing the fibre technology.

More over CO2 lasers may reduce acrylics and timber which fibre optics can't, thereby giving higher freedom to niche industries wherever the need to cut these materials is in demand.

Great things about integrating both technologies:

It is obvious that each laser technology presents benefits that will immediately match another, with fibre providing a better efficiencies in the slim steel field (0.5mm - 5mm) and CO2 giving larger advantages in thicker section metals (6mm and above).

Many job stores have historically applied CO2 lasers entirely as they provide consistent cut quality and functioning costs for the duration of varying stages of steel thickness. Given the niche advantages of fibre engineering but one can quickly deduce the benefits of having a one to significantly improve the function of employment shop.

After employment shop acquires enough continuing perform volume to warrant multiple machines it's worth considering a fibre laser as a complement to the prevailing CO2 presently in use. Reduction in constant expenses, improved speed of cutting and the capacity to cut reflective metals have all been benefits noted by work shops who've currently cheated these efficiencies provided by fibre laser machines.

Before taking the next step you ought to contact the local expert in laser chopping machines for more information.