The StarLight-Impe series belongs to the ultra-precision micro-nano processing system, which can be equipped with different models of ultrafast lasers, micro-nano precision electrically controlled displacement platforms, and various forms of laser focusing heads. The system adopts a granite base and a gantry frame, featuring a compact structure and industrial-grade high stability and reliability. The system includes a closed optical path transmission, regulation and imaging system, including beam shaping, power monitoring, coaxial lighting and vision modules, etc. It adopts an integrated electrical control cabinet with an emergency stop function.
The StarLight-Impe series belongs to small and medium-sized laser processing systems. Whether it is scientific research users or industrial users, the StarLight-Impe series can provide them with the best solutions and applications. For example: micro-nano laser precision cutting, welding, marking, hole making, microstructure fabrication, and pigment treatment in medical aesthetics, etc.
The numerical control system supports three-axis PSO laser processing control mode.
The numerical control system supports interpolation methods such as straight lines, arcs, and helical lines.
The numerical control system supports G-code programming and the import of graphic files in formats such as DXF and DWIG, which can be directly used for galvanometer scanning processing.
The system is equipped with a laser power monitoring and control module, which can adjust the laser processing power online as needed.
The system is equipped with a coaxial vision monitoring system, which can be used for auxiliary positioning of workpieces and can monitor the processing process and processing quality in real time.
The system can be equipped with tooling fixtures according to customer needs.
The system can be equipped with vacuum pumps and dust collection devices for processing according to customer needs.
The system can be configured with laser distance sensors according to customer needs to measure the processing position of the workpiece and automatically focus on the processing, which is used for auxiliary positioning of the workpiece.
High-precision scribing and cutting:StarLight‑Sab series can output femtosecond pulsed lasers with high peak power. By using focusing objectives with appropriate numerical aperture, it can achieve high‑efficiency and ultra‑fine scribing and cutting of materials such as mobile phone screen glass cover and ITO conductive film, making it particularly suitable for industrial users.
Fabrication of 2D and 3D surface microstructures:The StarLight-Sab series can be used not only to fabricate 2D structures on material surfaces, but also to produce 3D structures, with achievable microstructure sizes reaching the nanometer scale.
Fiber Bragg Grating (FBG) inscription:The StarLight-Sab series can be used for waveguide fabrication and fiber Bragg grating inscription, and is capable of inscribing Bragg gratings with a contrast ratio of up to 50 dB.
Micrometer drilling:The StarLight-Sab series is capable of nanometer-scale drilling.
Laserion has independently developed a 120MHz high-repetition-rate ultraviolet/deep-ultraviolet picosecond laser, which possesses unique technical advantages in material surface inspection, laser-induced breakdown spectroscopy (LIBS), laser-induced fluorescence (LIF), ultraviolet Raman spectroscopy, and precision laser microprocessing.
