Diferencia entre el láser de fuente UV DPSS de 355 nm y el láser verde de 532 nm

El vidrio está formado por la fusión de sílice y otros productos químicos (principalmente producidos a partir de: carbonato de sodio, piedra caliza, cuarzo). Un material no metálico a base de silicato que forma una estructura de red continua durante la fusión y aumenta gradualmente su viscosidad y se endurece durante el enfriamiento, lo que hace que cristalice. Como material sintético, emana un sabor tranquilo y puro, mostrando la belleza de la forma y la realidad, la belleza de la luz y la sombra, la belleza de las imágenes, la belleza del tiempo y el espacio y la belleza de la diversión. El vidrio es hermoso, pero una mosca en el ungüento.

Por lo tanto, los diseñadores usan varias herramientas para pintar sobre vidrio para agregar color a los productos de vidrio. La máquina de marcado láser ultravioleta supera el procesamiento tradicional y compensa varias deficiencias, como la baja precisión del procesamiento, la dificultad para dibujar, el daño a las piezas de trabajo y la contaminación del medio ambiente. La industria está incluida en las herramientas de procesamiento necesarias.

láser ultravioleta  | láser verde  | Láseres ultravioleta  | láser uv dpss  | láser de nanosegundos  | fuente de láser ultravioleta  | Láseres de estado sólido

In order to adapt to the improvement of industrial processing precision requirements, our company independently developed a 355nm end-pumped Q-switched laser. This product is small in size, compact in structure, light in power and low in power consumption. According to the use environment, this series of products adopts the form of water cooling. This excellent resonator design achieves high power stability, stable pulse sequence, and can adjust and control the laser power and repetition frequency output at any time, fully meeting the requirements of industrial precision machining.

The product adopts an integrated design, the product is compact in structure, small in size, low in power consumption, stable in long-term operation and good in beam quality. The integrated design of laser and power control is extremely convenient for installation and debugging, and the output of laser power and repetition frequency can be controlled and adjusted at any time to meet various needs of users.

This product is used for fine cutting, scribing, marking and micromachining of various materials.

Application of this product:

There is also a green laser. This product is an integrated design like the ultraviolet laser. The product is compact in structure, small in size, low in power consumption, stable in long-term operation and good in beam quality. The laser power control box has a simple design and a user-friendly operation interface, which is extremely convenient for installation and debugging, and can provide different power and repetition frequency outputs to meet the needs of different users.

The difference is that this product's semiconductor end-pumped green laser is suitable for processing and marking on a variety of materials, such as nylon, ABS, PVC, PES, coating materials, spray materials, plastic rubber, epoxy resin, etc. to mark words, patterns, batches, etc. number, date of manufacture, barcode, logo. High resolution, beautiful pictures and texts. At present, the end pump laser marking machine has excellent performance in many fields such as process engraving, electronic devices, pipeline materials, film etching, etc., and achieves the effect that other types of laser marking cannot achieve.