“가장 효율적인 레이저 공정을 찾고 계신가요? 애플리케이션 전문가가 최적의 솔루션을 제안해 드립니다.”
Watch the JPT QCW-150/1500-A fiber laser deliver flawless cuts in stainless steel! It seamlessly switches between Continuous and Pulsed modes, offering the flexibility to handle everything from delicate engraving to robust cutting—all with smooth edges and minimal heat impact.
Laser cutting is a high-precision, non-contact processing method primarily used for cutting pouch cell battery casing materials in lithium battery manufacturing. It achieves micron-level precision, ensuring smooth, burr-free edges and enhanced battery sealing performance.
Medical device marking requirements are rigorous, given that marking serves not only for product identification but also for ensuring safety and product traceability. Compared to traditional marking methods, picosecond lasers offer distinct advantages for black marking on medical devices, particularly in terms of precision and quality
Laser welding technology ensures the consistency and aesthetics of the weld seam, minimizing defects during the welding process. It also enhances the battery's structural stability and sealing performance, improving its safety.
The key to this advancement lies in a stable, high-performance laser source. At JPT Opto-electronics, our 2000W laser has successfully met the needs of our customers.
Laser cladding is an advanced surface modification technique used to enhance the surface properties of materials. It involves the deposition of a material (usually a metal, alloy, or composite) onto the surface of a substrate using a high-powered laser. The laser melts the surface of the substrate and the material to be clad, creating a metallurgical bond between them.
As a non-contact processing method, lasers can be used for glass surface treatments such as engraving, marking, and frosting, as well as for high-precision drilling and cutting. They particularly excel in processing high-hardness glass.
The JPT CW-3000L series laser has excellent beam quality and performs exceptionally well in fiberglass cutting. The cutting edges are smooth with minimal burrs and no significant burning.
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