Ermaksan’s own fiber resonator

now available up to 14 KW

Ermaksan’s sub-brand EON Photonics offers high power fiber laser resonators as well as medium and high power fiber laser modules. You can easily adapt EON fiber laser modules to your existing structure with a communication and connection interface suitable for use in different processes and sectors, compact size and rack standards. It is available in power levels from 100 watts up to 14 kW power on machinery, defence, health, communications and in many other sectors it has a field of use.

As much as you need!

YRL series rack type fiber lasers offer you all the necessary components to operate the laser that your machine needs in a 19 ” rack cabinet with its compact structure. The perfect choice for OEM applications. The compact structure meets all requirements including power system. Lower costs. YRL lasers make your job very easy.

Dynamic, powerful and precise!

YRL series lasers are able to work in modulation mode up to 5kHz frequency thanks to their high speed control systems. It adds precision to your jobs with its powerful control system, dynamic structure and patented back-reflection protection technology.

Easy integration!

YRL lasers can be controlled independently of the process via different types of connection and control interfaces. Communication or IO configuration; it is possible to control YRL lasers via one of the two methods. Turn the key and choose your working mode. YRL lasers are with you with all their energy in processes like cutting, welding and drilling.

This sensing system provides the structural health monitoring of the propellers, instant control and observation of the operating status. By simply embedding the glass-fiber compatible EON Photonics FBG sensors those are as thin as a human hair, ones will be eligible to monitor every single change within the composite blades. It is the best way for wind turbine real-time structural health monitoring.

Aerospace

The successful application of FBG sensors to aerospace requires the sensors to provide reliable and accurate information about the condition of the structure and to reduce economic losses caused by unproductive downtimes. At this moment, FBG sensors and FBG based systems are the most appropriate solution to most airplanes, aircraft and helicopter needs.

Transportation

It is used for structural health monitoring in highways, bridges, tunnels, train and railway to determine when maintenance is compulsory.

Marine

FBG sensors in submarines and ships used for structural health, load and fatigue behavior monitoring at specific points in the structure.

Oil & Gas

FBGs can be safely used in various energy fields such as Oil platforms, Oil Wells, Pipelines, Nuclear Reactors and Generators. The reason is that FBGs are immune to electromagnetic fields and high radio frequency consisting fields.