Ultra Laser Glass Cutting and Splitting Machine with Infrared Picosecond Technology

This advanced high-power picosecond laser cutting machine is specifically designed for glass cutting applications that require precision and efficiency. The machine features a self-developed glass cutting head with fully imported lenses, which ensures a fine laser beam and a long focal depth. This design allows for both integrated and separate cutting and breaking processes, making it versatile enough to meet various production requirements.

The machine boasts high-end linear motors for the X and Y axes, alongside German-made 0.1um digital grating scales, which provide precise and smooth motion control. The standard PSO (Position Synchronized Output) function guarantees uniform control of laser spot spacing, which is essential for achieving high-quality and consistent cuts.

The precise CCD positioning system and telecentric optical lenses of the machine offer accurate recognition of circular and cross marks, enhancing cutting precision and reducing errors. Schneider Electric components and a Mean Well power supply ensure reliable and stable operation, reflecting the machine's high-quality construction and durability.

This laser cutting machine can cut single glass pieces up to 19mm in thickness, making it suitable for various industrial applications from automotive to architectural glass. The motor platform and optical platform base are crafted from natural marble, which provides enhanced precision and exceptional stability during operation.

Overall, this high-power picosecond laser cutting machine delivers superior cutting performance, efficiency, and reliability, making it an ideal choice for high-precision glass cutting tasks in various industries.

Our glass cutting technology has revolutionized the industry, setting new standards with its exceptional performance and numerous benefits.

The state-of-the-art cutting system delivers superior cutting quality with smooth, precise edges that remain perfectly parallel and without tapering. This results in cut surfaces that are flawlessly accurate and eliminate any narrowings along the edges.

One of the most significant advantages of our technology is its ability to produce clean, smooth cut edges without any burrs. This eliminates the need for additional deburring operations, saving time and reducing labor costs. Additionally, it minimizes chipping, ensuring the material's edges remain intact and flawless, which is essential for delicate applications.

Our technology is highly cost-effective, with low operating costs that make it an economical choice for any business. It delivers high yield rates, which enable more materials to be processed within a given timeframe, significantly improving production efficiency. The system uses minimal consumables and is highly energy-efficient, contributing to lower overall production costs and a smaller environmental footprint.

Notably, the cutting system can handle high-speed cutting of irregular shapes while maintaining precision and quality, even with complex geometries. Its versatility makes it suitable for a wide range of applications across different industries. Furthermore, the technology's environmental aspect is impressive, producing no pollution, dust, or wastewater during the cutting process. This ensures a clean and safe working environment, aligning with sustainable manufacturing practices.

To sum up, our cutting technology offers unparalleled quality and efficiency. It guarantees high-quality cuts without taper or burrs, minimal chipping, low operating costs, high yield rates, low consumables and energy consumption, and high-speed cutting of irregular shapes. Furthermore, it ensures an environmentally friendly process with no pollution, dust, or wastewater production.