In today’s laser processing industry, the most important application technology is laser cutting, which accounts for at least 70% of the laser processing industry. Laser cutting is currently the most advanced cutting process in the world. It has many advantages. It can be used for precise manufacturing, flexible cutting, and special-shaped processing. It can be formed at one time, with high speed and high efficiency.
Sculpture is an ancient art. In the long river of history, our ancestors developed a variety of exquisite sculpture techniques, such as tooth carving, jade carving, wood carving, stone carving, clay carving, face sculpture, bamboo carving, bone carving, inkstone carving, etc. , they are precious artistic heritage in Chinese arts and crafts.
As an emerging technology, laser processing technology has developed rapidly in recent years and is widely used in cutting, welding, etching, marking, drilling, heat treatment, and other scenarios of various materials. With the wide application of laser processing technology, laser processing equipment has also been developed rapidly.
Nozzles are very common consumables on laser cutting machines, and they are also very important parts in laser cutting. It is located at the bottom end of the laser head, very close to the work piece, and the focused laser and high-pressure airflow are shot through the nozzle, so it plays a very critical role in the cutting process.
Now Laser cutting is an extremely common process in many industries. It is not only suitable for metals, but also for many non-metallic materials such as wood, cardboard, and ceramics. It can be said that laser
The application of laser cutting machines is becoming more and more popular. How to use laser technology to produce products with high quality and efficiency requires laser cutting machine operators to learn relevant knowledge, and more importantly, to constantly summarize the experience in practice. Let’s first understand several commonly used laser cutting technical parameters.
Due to the emergence of metal laser cutting machines, our production and manufacturing main force in the field of laser cutting production and processing of metal materials has been greatly improved.
Faserlaser-Schneidemaschine hat viele Vorteile, wie z. B. hohe Schnittpräzision, schmaler Schlitz, glatte Schnittfläche und hohe Effizienz. Gleichzeitig hat der Einsatz von Faserlaser-Schneidmaschinen erhebliche Vorteile in puncto Sicherheit und Umweltschutz. Im zukünftigen Entwicklungstrend werden Faserlaser-Schneidemaschinen den Status von Mainstream-Geräten einnehmen.
Mit dem Fortschritt der Gesellschaft und der Verbesserung des Lebensstandards wird die Nachfrage des Marktes nach Produktdiversifizierung, niedrigen Herstellungskosten und kürzeren Herstellungszyklen immer dringender.
