REA LASER FL

The REA LASER FL Fiber Laser is ideal for use in industry. As it has a very compact design and is equipped with a freely rotatable print head, it can be easily integrated into production plants or manufacturing plants. The very high efficiency and the very large fiber surface make fiber laser marking an extremely economical marking process with low energy consumption. In addition, fiber lasers are virtually maintenance-free and have a very long service life.

With the intense laser beam and an innovative, particularly compact focusing lens, the REA LASER Fiber Laser FL marks products with extremely small texts, codes and logos as well as with markings in high resolution. Fiber laser marking is permanent and ideal for harder metals such as stainless steel and titanium as well as for plastics and thin foils. Marking is even possible on oily, corroded surfaces or surfaces heated to over 1000°C without any problems.

The REA LASER FL Fiber Laser is a solid-state laser. Laser light from a diode laser is guided over a very long distance through an optical glass fiber and amplified. This produces a very intense laser beam with very high beam quality. A pulsed fiber laser with a pulse duration of 100 nanoseconds is usually used for fiber laser marking.

The REA LASER FL is a versatile and powerful laser that is suitable for a wide range of applications, particularly in industrial coding and marking. The most important areas of application include

1. Engraving and tempering of metals: The REA LASER FL is ideal for engraving and tempering metals. Precise laser processing enables permanent and detailed markings, such as logos, serial numbers or QR codes, to be applied to metal surfaces. Tempering creates a color change through heating without removing the material.

2. Permanent marking of plastics by laser with color change: The laser can permanently mark plastics with especially laser-sensitive additives. The interaction of the laser with these additives produces a color change that ensures clear and durable marking without compromising the integrity of the material.

3. Color marking of untreated plastics and plastics with additives: In addition to processing especially treated plastics, the REA LASER FL can also color mark untreated plastics. The flexibility in handling different materials enables a wide range of applications in the plastics industry.

4. Day and night design: For the automotive industry and other industries that require day and night designs, the REA LASER FL offers precise markings that are clearly visible in different lighting conditions. This is especially important for controls that have to be intuitive to use both in daylight and at night.

5. Laser transfer ribbon and coated substrates: The laser is ideal for working with laser transfer ribbons and coated substrates. This capability makes it possible to create high-precision, high-contrast markings on already coated materials, which is a great advantage in the electronics and packaging industries.