MQLF-CM pulse width adjustable laser marking machine (MAX laser source)

Description

Product Description

The MQLF series fiber laser marking machine of Mac Laser is a high-configuration model that adopts advanced MOPA fiber laser technology. It has the characteristics of independent adjustable pulse width and frequency, wide pulse frequency range, good beam quality, and high peak power. It is widely used in alumina blackening, stainless steel stable coloring, plastic marking, chip marking, fine etching and other fields.

MOPA optical fiber series products are suitable for various metal materials such as iron, copper, aluminum, gold, silver, and some non-metal materials such as PC, ABS, PVC, PC+ABS. It is widely used in 3C, auto parts, electronic components, integrated circuits (PC), electrical appliances, precision equipment, hardware products, building materials, clocks and watches, jewelry, craft gifts and other industries.

>>  It adopts advanced MOPA pulse width adjustable laser, with good marking effect and wide application range of materials;
>>  It is suitable for the fine marking process of metal and non-metal materials, especially the marking of various consumer electronic products;
>>  Good at black anodized aluminum, stainless steel color, plastic marking, transparent button marking, chip marking, keyboard marking;
>>  It can be used for deep carving process of aluminum, copper, stainless steel and other materials.

Product Parameter

The MQLF-CM sub-series uses MAX MOPA pulsed fiber laser source. The pulse width and frequency are independently adjustable, making more laser applications possible. The pulse width is flexibly adjustable between 2-500ns, the peak power is up to 10kW, and the repetition frequency is up to 4000kHz. It is equipped with an independent research and development on-line isolator. It is an ideal laser source for laser fine processing. It is widely used in alumina blackening, stainless steel stable color printing, and high-speed plastics. Marking, chip marking,perect etching, laser deep engraving and other fields. .

Application field