Mobile labeling
The rolling laser comes to the component
If large workpieces made of steel or plastic are to be marked individually or retrospectively, mobile laser stations such as the mobile fiber laser from Bluhm are used. This workstation includes the marking unit and the controller of the e-Solarmark FL fiber laser as well as an integrated extraction system.
Operators can roll the workstation through production. For marking, the marking unit is simply removed from its transport device and pressed onto the workpiece to be marked. Thanks to active suction cups, a vacuum is created that closes the safety circuit for the marking process.
Laser marking at the touch of a button
Marking can be triggered directly on the laser head at the touch of a button. The laser marks in a maximum marking field of 70 x 70 millimetres. After marking, the vacuum is released and the marking unit can be placed back on its fixture.
The control unit with its clearly laid out touch panel enables quick adjustment of print content and layouts. The print data can be transferred either via USB, Ethernet or RS232 interface.
At the heart of the workstation is the e-Solarmark FL fiber laser with an output of 20 watts. The fiber laser technology guarantees the highest beam quality and energy density. At rapid marking speeds, permanently abrasion-resistant, clearly legible and precise markings are created. This makes the e-Solarmark particularly suitable for marking stainless steel, plastic (ABS), plastic films and numerous other materials. As a mobile fiber laser, it can be used in particular in special type construction, for example.
The e-Solarmark FL operates profitably, reliably and safely. Its average life expectancy is up to 100,000 operating hours. The system is also easy to program: Real time, current date, consecutive numbering or best-before date can be set quickly.
Advantages of the fiber laser
The fiber laser is a special form of solid-state laser. The doped core of a glass fiber forms the active medium. The long fiber length amplifies the laser light that is guided through the fiber. Fiber lasers have two mirrors at their end faces. They form a resonator that enables controlled laser operation.
The advantages of fiber laser systems are the high beam quality of the generated light, the high efficiency of the conversion process (depending on the doping, optical-optical efficiency of over 85 percent can be achieved), the good cooling due to the large surface area of the fiber, the robust design and the effective production technology through the use of fiber-integrated components. as












