Benefits of Combining C02 and Fiber Laser Machines for Sheet Metal Job Shops

INTRODUCTION

C02 optical device has historically been the Fiber Laser machines of alternative employed by job outlets owing to their consistency of performance about cutting speed, the value of operation and cut quality throughout all ranges of metal thickness. This permits job outlets to method a full vary of materials at competitive rates.

Benefits of Fiber optical device Technology:

Fiber lasers are shown to chop quicker and area unit cheaper to work than greenhouse gas lasers once fabricating skinny flat solid up to 5mm in thickness. In cutting skinny sheet metals, they’ll cut nearly three times quicker than greenhouse gas lasers and in operation prices area unit usually half what’s needed to work a greenhouse gas owing to having a lot of lower electrical consumption and therefore the absence of mirrors that area unit necessary in greenhouse gas systems. Additionally, owing to the absence of mirrors and optical device gas they need less maintenance. Mating intervals area unit usually five hundredths longer that successively permits for five hundredth lower mating prices. Moreover, they need fewer consumables to work, and therefore the consumables needed area unit cheaper than the associated greenhouse gas systems.

As the beam created from the fiber optics is additional without delay absorbed into the metals, this provides the power to chop reflective metals like Copper, Brass and metal whereas cutting these metals with a greenhouse gas optical device may injury the machine owing to intense back reflection. This provides larger flexibility to require additional expansive work. Research has shown that just about seventieth of all cutting applications within the flat solid cutting market area unit within the thin-material vary underneath 5mm thick. This constitutes an outsized phase of the flat solid market.

Benefits of greenhouse gas Lasers

The cut quality of a greenhouse gas optical device remains constant throughout all varies of fabric thickness whereas a fiber optical device while being a superior cutter within the skinny material range, it starts to lose cut quality once the fabric thickness exceeds 5mm. While fiber optics offers performance blessings within the skinny material vary; greenhouse gas lasers can crush them once the metal thickness being cut exceeds 5mm.

While this might be true once examination most Fiber Lasers to greenhouse gas, in some units the final agreement of cut quality in Fiber could vary. At 2kW IPG’s Fiber optical device units are shown to realize adequate or superior cut quality to the greenhouse gas optical device right up to 12mm in low-carbon steel. At this thickness, the optical device conjointly cut at associate degree equal speed to greenhouse gas and energy consumption per cut half was still lower victimisation the fiber technology.

Benefits of incorporating each technology

It is clear that every optical device technology offers strengths which will directly complement the opposite, with fiber providing larger efficiencies within the skinny metal sector (0.5mm – 5mm) and greenhouse gas providing larger blessings in thicker section metals (6mm and above). Most job outlets have historically used greenhouse gas lasers completely as they supply consistent cut quality and in operation prices throughout variable ranges of metal thickness. Given the niche blessings of fiber technology but one will simply deduce the advantages of getting a 1 to enhance the operation of the employment search greatly.

CONCLUSION

Before taking a consequent step, you must contact your native skilled in optical device cutting machines for additional data. When considering your next possibility for your Fiber Laser cutting machine, it’s best to speak to some specialists and ensure that you just are becoming the simplest machine for your operation.

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