Femtosecond ultrafast laser cold processing technology is currently emerging as a key breakthrough in the fields of precision micro-hole and micro-structure manufacturing. With its energy-efficient architecture, near-zero thermal damage processing capabilities, and industrial-grade stability, the Jetlit20 femtosecond laser sets a new technical benchmark for laser light sources. As a company deeply committed to the R&D and manufacturing of laser equipment, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. ("Chuke Intelligent") continuously tracks cutting-edge industry technologies, benchmarks its R&D roadmap against high-end femtosecond laser products, and steadily advances toward the development of ultra-high-precision laser processing equipment.
The laser achieves multiple breakthroughs in hardware design. It innovatively employs a passive air-cooling structure—eliminating the need for external water-cooling units—which reduces overall energy consumption by 50%–70% and cuts industrial electricity costs by 30%–40%. The unit boasts an IP51 protection rating and features a shock-resistant structure capable of withstanding interference from dust and vibrations, allowing it to easily adapt to complex workshop environments. Additionally, the light source supports flexible multi-wavelength selection and adjustable pulse widths, enabling technicians to optimize parameters for different materials and ensure optimal processing results across various workpieces.
Regarding core processing performance, the femtosecond-level ultrashort pulses deliver a "cold processing" effect with near-zero thermal impact, preventing defects such as material melting or cracking. The equipment can execute high-density micro-hole processing—creating tens of thousands of holes—within a compact 6×6 mm area; it is capable of stably drilling 30 μm micro-holes in 20 μm thick stainless steel sheets, producing holes with uniform shapes and smooth edges. Its processing solutions cover highly reflective, hard, and brittle materials—including metals, ceramics, glass, and sapphire—thereby resolving industry-wide challenges associated with significant thermal damage and insufficient micro-hole precision in traditional laser processing.
Chuke Intelligent has long focused on the R&D and production of laser marking, welding, and cleaning equipment, maintaining a strong presence in the automotive electronics and precision component manufacturing markets. Amid the rapid growth of the ultrafast laser industry, the company continuously monitors the technological evolution of femtosecond laser sources and rigorously benchmarks its offerings against industry-leading products—specifically regarding energy-efficient design, precision processing techniques, and comprehensive system protection. The technical team is building expertise in application areas such as cold micromachining and micro-hole drilling, while consistently enhancing equipment stability and precision control capabilities.
Moving forward, Chuke Intelligent will keep pace with industry trends and incorporate cutting-edge technological insights. The company plans to progressively expand its product line of ultra-high-precision laser processing equipment and drive the adoption of cold processing technology in automated systems, thereby delivering cost-effective laser solutions to the domestic precision manufacturing sector.