Laser Scanning Galvanometer Mirror Ultrasonic Cleaning Machine

Laser scanning galvanometer mirrors are used inside galvanometer systems. The principle involves an expanded laser beam incident on the X and Y galvanometer mirrors, with software controlling the reflection angles of the mirrors to deflect the two mirrors along the X and Y axes, thereby achieving deflection of the laser beam. The base materials of these mirrors are typically K9 glass, fused silica, and monocrystalline silicon. They are used inside galvanometer systems, mainly for laser marking, laser drilling, laser internal engraving, stage lighting control, and more.

Laser Scanning Galvanometer Mirror Ultrasonic Cleaning MachineEquipment Introduction:

The VGT-809FTA Laser Scanning Galvanometer Mirror Ultrasonic Cleaning Machine features a total of 8 cleaning tanks, with one loading and one unloading station each. It is primarily composed of an ultrasonic cleaning system, circulation filtration system, up-and-down agitation device, robotic arm mechanism, electrical control system, and pure water equipment. It is an optical lens cleaning device developed specifically for the high cleanliness requirements of the optical industry. The equipment uses safe, environmentally friendly, and cost-effective pure water as the cleaning medium. Through multiple stages of cleaning, rinsing, dehydration, and drying processes, it ultimately meets the high cleanliness requirements for laser scanning galvanometer mirrors.

Laser Scanning Galvanometer Mirror Ultrasonic Cleaning Machine Equipment Parameters:
Overall Dimensions: 6300×1800×2200mm;
Inner Tank Dimensions: 380×500×300mm;
Cleaning Medium: Pure Water, High-Purity Water;
Cleaning Cycle: 3-6 minutes/basket;
Ultrasonic Frequency: 40KHz;
Total Power: Approximately 65KW.

Laser Scanning Galvanometer Mirror Ultrasonic Cleaning MachineScope of Application:

The Laser Scanning Galvanometer Mirror Ultrasonic Cleaning Machine can be used for cleaning optical products such as glass lenses, resin lenses, microscope lenses, telescope lenses, camera lenses, coated glass, prisms, and lenses before and after coating, as well as during pre-assembly processes. This includes cleaning residual polishing fluid, adhesives, and protective materials after lens polishing; cleaning edge grinding oil and glass powder after lens edging; and cleaning fingerprints, dust, oil stains, and other various contaminants before lens coating.