Laser glass processing equipment is modern machinery that uses laser technology to perform non-contact precision processing on glass. It primarily includes four core functions: laser glass sandblasting, which uses a high-energy laser beam to create a uniform frosted effect on the glass surface—an environmentally friendly process that requires no consumables; Laser glass drilling enables precise drilling of holes ranging from 0.02 mm to 5 mm in diameter, with glass thicknesses up to 20 mm and no chipping; laser mirror paint removal can remove mirror coatings without damage, achieving integrated sandblasting and paint removal; Red-skin glass cutters, also known as infrared picosecond laser cutters, utilize picosecond-level ultra-short pulses to achieve “cold processing,” cutting thick glass without chipping and producing smooth edges. This type of equipment is widely used in industries such as smart mirrors, home appliances, and photovoltaics, offering significant advantages in terms of high precision, high efficiency, and environmental friendliness.

Fiber laser glass sandblasting machine

The fiber laser glass sandblasting machine is equipped with a 1064 nm MOPA pulsed fiber laser. It uses thermal ablation to etch a uniform frosted finish on the surfaces of soda-lime glass and silver-aluminum mirrors. The equipment is cost-effective, features a long laser lifespan, and is easy to maintain. It is capable of batch sandblasting large-format smart mirrors, bathroom fixtures, and decorative glass, while also supporting film removal and shallow drilling processes;

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Laser Glass Drilling Machine

Fiber laser glass drilling machine, equipped with a MOPA high-peak-power fiber laser (1064 nm infrared), with standard power ratings of 100 W, 120 W, and 200 W, and peak power exceeding 200 kW; It utilizes high-energy pulses to shatter the glass medium and remove material layer by layer from the bottom up, performing non-contact drilling. By relying on high-energy pulses to ablate material, it can process through-holes, blind holes, and irregular-shaped holes in soda-lime glass, standard tempered glass, and coated glass; The equipment features a stable optical path and is easy to maintain, offering outstanding value for money. It is suitable for batch drilling of standard glass workpieces such as kitchen and bathroom countertops, lighting fixtures, and bathroom mirrors.

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Infrared Picosecond Glass Cutting and Cracking Machine

Infrared picosecond laser cutting machines use a 1064 nm picosecond ultrafast infrared laser as their light source. Operating in a cold processing mode, they rely on internal modification to fracture the material, resulting in an extremely small heat-affected zone. resulting in negligible chipping when cutting tempered, high-aluminum-silicon, or ultra-thin glass. The cut edges are smooth and require no secondary polishing, with machining precision reaching the micrometer level. It can cut irregular shapes, curved surfaces, and coated glass, and is widely used for high-precision workpieces such as smartphone covers, automotive displays, and high-end optical glass. The equipment offers top-tier precision and processing quality.

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