Precision, Efficiency, and Cross-border Empowerment of 1940 nm Continuous and Quasi-Continuous Fiber Lasers
Product Spotlights
I. Core Advantages: Four Major Characteristics Lay a Solid Foundation for Technology
The 1940nm quasi-continuous fiber laser is based on high reliability and long service life, suitable for long-term high-frequency operation scenarios, and greatly reduces the frequency of equipment replacement. Relying on advanced fiber technology, it achieves high efficiency and small size. While ensuring output performance, it simplifies the equipment volume and adapts to various compact operating spaces. With the characteristics of wide application and high adaptability, it easily covers multiple scenarios such as medical treatment, industry, and scientific research. It also has the advantages of simple maintenance and low operating cost, reducing later operation and maintenance investment and improving the overall cost-effectiveness of use.
II. Medical Field: Minimally Invasive and Precise, Guarding the Line of Health
As the "golden wavelength" in the field of medical lasers, 1940nm is close to the strong absorption peak of water molecules. Energy can be efficiently absorbed by biological tissues, achieving precise vaporization, ablation and hemostasis with minimal thermal damage range.
- Clinical Application: It is widely used in the treatment of prostatic hyperplasia in urology, urinary lithotripsy, and minimally invasive diagnosis and treatment in otolaryngology and stomatology. The operation process is safer and the recovery is faster.
- Technical Advantages: Compared with traditional lasers, it has higher lithotripsy efficiency and more precise tissue cutting, effectively shortening the operation time and reducing the risk of postoperative complications.
III. Industry and Scientific Research: All-round Adaptation, Expanding Application Boundaries
In addition to the medical field, this laser also performs well in industrial manufacturing and scientific research fields:
- Industrial Application: It is suitable for transparent plastic welding and precision cutting. High-quality processing can be achieved without adding light absorbers, with clean welds and no burrs. It helps in scenarios such as ecological agriculture and foreign object removal, improving work efficiency and accuracy.
- Scientific Research and National Defense: It meets the needs of cutting-edge experiments and precision detection. With flexible pulse modes and stable output, it has become an important support for scientific research innovation and national defense technology research and development.
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