Laser cutting machines, with their high precision and non-contact processing characteristics, have become a key process in the manufacturing of satellite communication equipment. From satellite payloads to core components of ground stations, they rely on them to break through the limitations of traditional processes and provide technical support for the construction of high-speed and highly relia…

Precision alloys (such as titanium alloy, nickel-based high-temperature alloy, medical stainless steel, etc.) are widely used in aerospace, medical equipment and precision instruments due to their high strength, corrosion resistance and biocompatibility. Laser cutting technology breaks through the limitations of traditional processes for processing complex alloy instruments through non-contact pr…

Hard and brittle materials (such as glass, ceramics, sapphire, single crystal silicon, etc.) are widely used in electronics, optics, semiconductors and other fields due to their high hardness and wear resistance. However, their high brittleness and easy cracking make traditional mechanical processing face huge challenges. Laser cutting machines provide efficient and low-loss solutions for hard an…

In the watchmaking industry that pursues extreme precision and artistic aesthetics, laser cutting machines have become a key process for the manufacture of core components of high-end watches with their non-contact, high-precision and flexible processing characteristics, and have promoted the upgrading of the traditional watchmaking industry towards digitalization and miniaturization. Core com…

Flexible circuit boards (FPCs) are core components of electronic products such as wearable devices and foldable screen mobile phones. Their micron-level lines and special-shaped contours place strict demands on processing accuracy. Laser cutting technology, with its non-contact and high-precision characteristics, breaks through the bottleneck of traditional mechanical processing and becomes a key…

In the field of ophthalmic microsurgery, the cutting accuracy of the scalpel directly affects the quality of corneal incisions, healing speed and postoperative visual effects. Traditional mechanical grinding processes are difficult to break through the bottleneck of micron-level processing, and the introduction of laser cutting technology has enabled ophthalmic surgical instrument manufacturing t…

As a key tool for modern biomedical research, microfluidic chips have complex microchannels and functionalized structures that place extremely high demands on manufacturing processes. With its unique advantages, precision medical laser cutting technology breaks through the bottleneck of traditional processing, injects new vitality into cutting-edge fields such as organ chips and instant diagnosti…

Under the trend of miniaturization and high frequency of electronic equipment, the line width of circuit boards has exceeded the limit of 50μm, and traditional mechanical processing faces bottlenecks such as edge collapse and burrs. Laser cutting technology has become an innovative tool for the manufacture of HDI boards and flexible circuit boards with its non-contact and high-precision character…

In the field of mechanical manufacturing, product identification and traceability are important links in quality control. With its high precision, high efficiency and environmental protection characteristics, fiber laser marking machine has become an indispensable intelligent equipment in the modern machinery industry, giving parts a "digital ID card". The fiber laser marking machine uses a 10…