Core advantages

Overcoming the technical difficulties of the national scientific research bottleneckThe measurement error of the aperture of 124 air film holes in the prototype machining of the double blade is ± 7 microns, which is much higher than the industrial standard error of ± 20 microns of Rolls Royce, and the accuracy far exceeds the international industrial standard.
Fill the domestic technological gapThe core technology has solved key technical problems in the processing of gas film holes, such as complex workpiece structures and difficult positioning and detection. It has achieved high-precision positioning and detection of gas film holes, which can be used for precise positioning and measurement of any complex workpiece.
National production equipment, improving processing technologyCapable of achieving high precision in machining hole diameters and good hole wall quality, far exceeding international standards, covering multiple fields of applications, and providing solutions for extreme precision machining; Solved the technical problem of complex irregular holes, processed high-precision irregular holes that perfectly match the hole pattern and design, and expanded the technology of irregular cutting. Irregular cutting is widely used in industrial manufacturing to solve the complex problem of processing blades with thermal barrier coatings, achieving one-time molding.
Increase material selectivityDue to the wide range of materials suitable for ultrafast lasers, they can be used to process multi-layer complex structures and have the simplest process; We have overcome the material recognized as the most difficult to process in the industry. Ceramic matrix composites (CMC) are the preferred material for future turbine blades, but their processing difficulty is high. We have achieved the processing of CMC, providing a technical foundation for the processing of new materials in the future.

Academician of the Chinese Academy of Sciences leads the way

High quality team operation: led by well-known domestic and foreign experts, academicians and experts, guided by national science and technology strategies, market-oriented organizational structure, covering the entire field of intelligent manufacturing

Operations management team: listed companies, financial institutions, well-known state-owned enterprises, high-tech enterprises, and top 100 private enterprises

70%＋Top universities
Number of individuals with backgrounds in research institutes
80%＋Postgraduate
Number of people with the above educational qualifications
70%Returning from overseas
Proportion of talent
30＋R&D
Number of patents

Accumulation of all solid state femtosecond laser technology

Basic principle verification

The team has utilized over 20 years of technological accumulation to complete the principle verification from femtosecond laser generation, amplification, wavelength conversion, stable control to cutting-edge applications.

Unit technology innovation

Integration of Chain Technology

Localization of electronic components

Key application expansion

Overcoming the technical difficulties of the national scientific research bottleneckThe measurement error of the aperture of 124 air film holes in the prototype machining of the double blade is ± 7 microns, which is much higher than the industrial standard error of ± 20 microns of Rolls Royce, and the accuracy far exceeds the international industrial standard

Technology

Advanced Optical Design and Laser Precision Control Technology

Ultra deep hole machining technology: ultra fast laser precision control technology and multi-dimensional rotary cutting technology

Gas film hole machining positioning scanning technology

Ultra deep hole machining technology: ultra fast laser precision control technology and multi-dimensional rotary cutting technology

High precision optical mechanical collaborative control technology

Ultra deep hole machining technology: ultra fast laser precision control technology and multi-dimensional rotary cutting technology

Non destructive online detection technology for azimuth angle

Ultra deep hole machining technology: ultra fast laser precision control technology and multi-dimensional rotary cutting technology

Advantage

Fill the domestic technological gap

Capable of achieving high precision in machining hole diameters and good hole wall quality, far exceeding international standards, covering multiple fields of applications, and providing solutions for extreme precision machining; Solved the technical problem of complex irregular holes, processed high-precision irregular holes that perfectly match the hole pattern and design, and expanded the technology of irregular cutting. Irregular cutting is widely used in industrial manufacturing to solve the complex problem of processing blades with thermal barrier coatings, achieving one-time molding.