Galvo Scanner

The galvanometer mainly consists of X-axis and Y-axis scanning lenses, motors, drive boards, wiring harnesses, brackets, field mirrors, and marking software, etc.

A laser beam is incident onto two mirrors, and a ± 5V voltage signal is provided by the board or a digital signal through the XY2-100 protocol. The two motors are controlled to drive the mirrors to deflect, thereby achieving laser deflection. The laser is focused by the field mirror to complete marking.

Mainly used in laser marking, laser engraving, laser cutting, laser welding, laser drilling, stage lighting control, etc. Widely used in industries such as 3C electronics, home appliances, instruments, medical devices, automobiles, hardware, food packaging, 3D printing, glass ceramics, and energy.

The 3D dynamic focusing galvanometer is based on the 2D galvanometer and adds a Z-axis system. By dynamically collimating, expanding, and modulating the output beam of the laser, the beam is precisely focused on three-dimensional coordinate points under the coordinated control of the XY galvanometer and Z-axis system, meeting the processing requirements of large format and long focal depth.

Marking of various non-metallic materials and product surfaces, such as organic glass, ceramics, plastics, wood, rubber leather, and paper products; Electronics industry: Laser marking of capacitors, printed circuit boards, integrated circuits, electrical connectors, various instruments and control panels.

In the process of dynamic marking, the marking line has high precision, distortion free, power uniform; pattern without distortion, the overall performance has reached the international leading level in the field.

3D models can be imported; 2D graphics can be directly cladded or projected on built-in curve surface.

Laser cleaning is the use of high-energy continuous or pulsed laser beams to act on the surface of pollutants, causing pollutants to absorb focused laser energy in a very short period of time, generating a series of photo physical reactions, promoting the rapid detachment of pollutants from the substrate. 

Almost all common pollutants in production and daily life can be treated with laser cleaning technology. For example, other industries such as shipbuilding, automotive parts, rubber molds, paint cleaning, tire molds, rail, environmental protection, etc.

Laser cleaning is a green and environmentally friendly cleaning method that does not generate mechanical on the cleaned object, does not damage the surface of the object, does not damage the substrate, and does not produce secondary pollution.

High power welding galvanometer technology controls the direction and focal length of the laser beam by adjusting the galvanometer, achieving rapid adjustment and high-frequency scanning, enabling precise focusing of the laser beam in the welding area. 

The application fields of laser welding are very extensive, involving multiple fields such as automotive manufacturing, , electronic assembly, medical device manufacturing, jewelry industry, mechanical manufacturing, and electronic equipment.

Compared to traditional welding methods, galvanometer laser welding machines have advantages such as fast welding speed, high welding quality, and small welding heat affected zone. At the same time, it can also achieve welding of complex shaped workpieces, improving production efficiency and product quality.

The scanner hand-piece designing was adopted smaller size, light weight, especially suitable for ergonomic design hand-held laser system.It was equipped with 2 high-performance mini motors, adopted the imported optical sensors to ensure high scanning speed and good stability.

Various pulse lasers of different wavelengths can treat various vascular skin diseases and pigmentation, such as nevi of Ota, freckles, senile plaques, capillary dilation, etc; And tattoo removal, eyeliner washing, eyebrow washing, scar treatment, etc; High energy ultra pulse CO2 laser, erbium laser for wrinkle removal, skin abrasion and skin changing.

Laser surgery does not require hospitalization, the surgical incision is small, there is no bleeding during the operation, the trauma is mild, and there are no scars.Some gynecological surgeries that cannot be performed due to excessive bleeding can be replaced by laser cutting