laser marking systems incorporate cutting edge Ytterbium fiber laser technology. Though relatively new, this technology has matured, and yields a remarkably efficient, and enormously long lasting laser source with extraordinary beam quality. The fiber laser source is rated for an amazing 250,000 hours of operation. The Ytterbium
fiber is stimulated by high efficiency, long lasting diode arrays, which can be replaced to fiber laser marking machine extend your system’s functional life to 500,000 hours and beyond.

These systems are air-cooled, requiring no water chiller, and can be configured for 220VAC or 120VAC, single phase operation. Wall plug efficiency is such that these systems consume less than 400-watts of power, for a 20-watt fiber laser, with peak laser output power of 10kW. Pulse output from a fiber laser is typically considerably shorter than that of a Q-switched YAG laser, but at higher peak power, and frequency. Accordingly, a 20-watt maximum average laser
output power of a fiber laser is comparable to a 50-watt YAG laser. In fact, marking penetration of a 20-watt fiber will exceed that of a 50-watt YAG laser. Equally impressive is that a 30-watt fiber laser, with peak power of 12kW will penetrate twice as deep as the 20-watt system, making it ideal for deep marking applications.

Not only are fiber lasers more energy efficient, but they result in faster processing. Pulse width output from Q- switched YAG lasers are typically longer,  fiber laser marking machine as it takes longer for the pump light energy to propagate through the gain medium, photons to resonate in the laser cavity, and for the population inversion in the molecules of the YAG rod.
Delays must be inherently programmed into the marking system software for YAG lasers to ensure that the scanner positions do not advance before the laser pulse arrives. Photons traveling through the gain medium of a fiber laser do not resonate, but instead make a single pass through the Ytterbium doped glass fiber which is constantly being stimulated. As such, the delays needed for proper operation of a YAG laser marking system are not needed in the fiber
laser. The result is faster marking speeds. Speeds as high as 5 meters per second can be attained.

These systems are also much more quiet during operation than that of a water cooled YAG laser. This not only results from the absence of a water chiller and the large cooling fans in it, but also because the shorter pulses produced by the fiber laser, and the higher pulse frequency of those pulses produce a softer noise during marking operations.
Instead of the obnoxious squeal characteristic of YAG marking at peak Q-switch frequencies, the fiber laser marking generates a subdued white noise, which is more pleasing to the ear.

The compact model is portable, small enough to be transported in the trunk of a car, and easily shipped to trade shows, or carried out in the field or to customer locations as required. The system can be set up on a desk or table top in just minutes. Simply plug the system in to power, turn it on, connect your laptop PC to the system via USB
cable, and start up the software.

These systems are virtually no maintenance systems. Periodically blowing or vacuuming dust and debris from the cooling fan ports to ensure proper cooling, and keeping exposed optics clean, is all that is required. No lamp changes, chilled water, or other consumables are required, resulting in literally years of uninterrupted operation.

As with all our laser marking systems, the fiber laser marking series support bar code marking, date stamp marking, serialization, marking on round or elliptical paths, inverted text, complex logo marking, deep engraving, variable density marking, bitmap image marking, multiple file markings, and many other advanced features. These systems also incorporate user definable I/O data bits for interfacing to production/automation equipment for fully integrated solutions. Our technical support staff can help you or your third party integrator interface these I/O channels to virtually any foreign devices, and automation equipment for completely autonomous laser marking operation.

A variety of system options are available, such as rotary fixtures for marking cylindrical objects, encoders for fly marking in non-stop assembly line marking, automated X/Y table indexing for extended marking area, multiple F-theta lens options for different marking scopes and focal lengths. Several laser power output options are available, allowing you to choose the maximum average laser output power appropriate for your application. Maximum average power
output of up to 30-watts provide the power needed to quickly process deep marks. Marking depths of 2mm or more can be achieved without refocusing. Ask our technical support staff help you select the best configuration for your application. Additional options include the choice of American, French, or German manufactured fiber laser, as well as Asian, fiber laser marking machine  American, or German manufactured scanner sets.

Though not as inexpensive as the YAG laser marking systems, we offer very economically priced fiber laser systems, with a basic 20-watt system starting in the low $30K range. Actual system price depends on choice of options.

Choosing the right part marking technology is becoming more and more important in manufacturing, in response to a growing desire among original equipment manufacturers to trace products over their complete lifecycle. The general thinking among manufacturers is that cradle-to-grave traceability will improve product quality, ensure that suppliers meet quality standards,fiber laser marking machine            prevent part counterfeiting, and minimize part recalls.
Each of the major marking technologies — which include laser marking, dot peen, electrochemical etching, and inkjet — comes with its own set of advantages and disadvantages. Manufacturers should select the best technique for a particular part based on such factors as material type, part function, part geometry, surface finish/roughness, mark quality, mark dimension/part size, mark serialization, and coating thickness.
In general, laser marking offers many benefits for direct part marking, because it is faster and more permanent, has a low cost of ownership, uses no consumables, and does not require any further processes to ensure mark durability. Inkjet printing is used as a mark-on-the-fly technology where the part must be moving; typically, mark quality and mark flexibility are poor and the mark is non-permanent.fiber laser marking machine Chemical etching can be excellent for hardened
and thin metals. Highly permanent marks made by dot peening can withstand post-plating processes, but mark times are
slow and the part must be fixtured, due to the contact of the stylus.
With the continuous development of industry,fiber laser marking machine is widely used in industry, just as a less professional outside is how to choose a suitable own enterprises carry on the processing production of optical fiber laser marking machine.Here is to share the knowledge of marking machine of choose and buy .
First,want to clear your product requirements,such as the speed, accuracy and depth ,effect and so on,and the development of the enterprise after demand ,demand for optical fiber laser marking machine ,whether there is the necessary equipment.
Second,determine the need to purchase a fiber marking machine’s power .Fiber marking machine’s power   has 10W,20W.30W,50W.Customers can choose according to their own needs for their own .
Third,choose those who have the power,has the quality of the enterprise.A strong Company will provide pre -sale and after -sale service,the workshop advice is don’t consider,the price is cheap,
but there is no guarantee pre-sale and after-sale service quality.
Optical fiber marking machine when they buying must ask vendors to provide specifications,as well as the related training operators.
You Can Follow the Principles Below
● Laser source has good beam quality, including the stability of mode;
● Large output power is the key to speed and effect, stable energy ensures an ideal processing result;   fiber laser marking machine   
● Laser source should have high reliability, and can work continuously in severe processing environment;
● Laser source should have good maintainability, fault diagnosis, interlock function and short downtime;
● Easy operation, clear function of control key, can reject illegal operation, protect the machine from being
damaged;
● Price is also a considerable factor.

HGLASER Provides Suitable Machine
Based on the above requirements, HGLASER provides you the most suitable laser marking machine.
With compact and portable structure, the fiber laser marking machine of HGLASER has many models to satisfy
manufacturers in various industries. Since 2003, China's first fiber laser marking machine was born in HGLASER, we have mastered the core technology of the fiber laser marking.
Product Features
● International high-quality fiber laser, multiple power laser light source, available for many industries;
● Fast speed, high efficiency, stable output power, high reliability;
● Long life, maintenance-free within 100,000 hours, operated in 24 hours and severe working condition;
● High electro-optic conversion efficiency, little energy coupling loss, less power consumption with just 0.5
KW/Hour;
● Small and compact size, easy to carry, save production space.

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