Semiconductor Side Pump Laser Marker

Semiconductor pump series laser marker uses Galvanometer laser marking technology and most advanced semiconductor pump laser technology, makes the YAG rod generates a mass of inverted population with 800nm wavelength semiconductor laser diode pump ND: YAG crystal, forms 1064nm wavelength giant pulse laser beam output under the effect of 0 switch, through expanding and focusing of laser beam, and finally realizes marking through controlling the deflection of galvanometer.

All the important optic parts are imported from Europe and America. The optics system is in fully sealed structure. It has optics preview and focus indication function and provides reliable security for the 24-hour continuous working of the machine.

Features
High stability, Low energy consumption
The semiconductor pump system uses semiconductor technology to replace traditional electro vacuum technology and the excitation source uses high power semiconductor matrix, extending the service life of the product and system stability significantly and improving the laser conversion efficiency significantly.

High precision
The output beam of it is closer to ideal mode and is more suitable for hyperfine process. The minimum character size is 0.2nm, making the precision of the laser marking reach a new order of magnitude.
High speed
The semiconductor pump system uses hyperfine optic devices and its galvanometer speed is much higher than traditional laser system.
High reliability
The semiconductor system is highly integrated and no high voltage power supply or high voltage device is required, ensuring the reliability of the system.

Suitable materials and application
Carve metal and nonmetal materials; More suitable for circumstances that require super fine and high precision.

It is applied to electronic components, integrated circuit (IC), electric apparatus, mobile communication, hardware products, tool fittings, precision instrument, glasses, watch and clock, jewelry, automobile parts, plastic keys, construction materials, PVC pipes, medical instruments, etc.

Suitable materials include: Common metal and alloy (all metals include iron, copper, aluminum, magnesium and zinc), rare metal and alloy (gold, nickel, and titanium), metal oxide, special surface process (phosphating, aluminum anodizing and electroplated surface), ABS material (electric apparatus shell, daily necessities), ink (light-transmitting keys, printing products), epoxy resin (packages and insulating layer of electronic components).