Jinhua Haifanchuang Technology Co.,Ltd 金华海帆创科技有限公司 Picosecond Laser Equipment 1. Why is laser glass drilling more precise than traditional waterjet drilling? Traditional waterjet drilling relies on a high-pressure water jet mixed with abrasive particles impacting the glass, using the abrasive's cutting action to remove material. In this process, the movement trajectories of the water flow and abrasive particles are difficult to control precisely. The high-pressure water jet diffuses during spraying, and the abrasive particle distribution is uneven, leading to uncertainty in the cutting action on the glass and making it difficult to guarantee drilling precision. Furthermore, waterjet cutting is a continuous physical cutting process, easily generating minute vibrations and deformations on the glass surface, further affecting the dimensional and shape accuracy of the hole. Laser glass drilling is based on the thermal effect of a high-energy-density laser beam. The laser beam has extremely high directionality and energy concentration, allowing it to be precisely focused on a very small area of the glass surface. When the laser beam acts on the glass, it instantly heats the local material to its vaporization temperature, causing the material to rapidly vaporize and form a hole. Because the laser energy is concentrated in a very small spot, the impact on the surrounding material is minimal, thus enabling high-precision drilling and precise control of the hole's position, size, and shape. 2. Applications of Laser Drilling Technology in Glass Processing? Glass is a high-quality material widely used in construction, home furnishing, and decoration. The application of laser drilling technology in glass processing is becoming increasingly widespread, mainly in the following aspects: Creating Irregularly Shaped Glass: Laser drilling can create glass of various shapes, such as round, oval, and polygonal. Creating Art Glass: Laser drilling can also process art glass with various layers, patterns, and geometric shapes, adding an artistic touch to home furnishings and architecture. Creating Special Functional Glass: Laser drilling can process holes of various shapes on the glass surface, thereby creating glass materials with special functions such as optics and fiber optics. 3. Advantages of Laser Drilling Technology Compared to Traditional Machining Methods? High Efficiency: Laser drilling is fast, allowing for the processing of a large number of holes in a short time. Non-Contact: Laser drilling does not contact the material surface, reducing material wear and contamination. High precision: Laser drilling can achieve micron-level precision, meeting the processing requirements of high-precision products. Strong adaptability: Laser drilling can process various materials, including hard and brittle materials. Automatic Grooving Machine Why V-Grooving Matters for High-End Bends When you bend stainless steel without a V-groove, the uncut thickness forces a large bend radius that spoils the sharp, premium look of decorative trims. Our V-grooving function pre-slots a precise “V” line at each bend, cutting the effective thickness in half. That means sharp corners instead of rounded blobs, and no unsightly creases on the decorative surfaces. Industry experts explain it best: V-grooving produces “a very small radius on the outside of the bend and no radius at all on the inside,” yielding clean, tight joints that are perfect for close-fitting panels. A grooved stainless panel ready for bending: V-grooving gives the crisp corners on decorative parts. In practical terms, V-grooving halves the metal at the bend point, so the outside corner nearly closes up. You avoid the large, round corner that would otherwise appear with plain bending. Decorative parts (hotel or kitchen trims, for example) demand that sleek, solid look, and with this grooving-before-bending approach, you get it every time.
