research and development team
Gather top visual algorithms and automation talents to drive a smart future with technological innovation
High Education·high Density
90% of the R & D team has a bachelor's degree or above, and 30% has a master's degree. The core backbone comes from top universities such as Harbin Institute of Technology and Chinese Academy of Sciences, and has a profound background in 3D vision and automation.
deep integration of production, learning and
Established strategic cooperation with the Hefei Research Institute of Harbin Institute of Technology, jointly built a joint laboratory, and quickly transformed cutting-edge algorithms into mass-production testing and dispensing equipment. Dozens of automated production lines have been implemented.
Full-stack Self-research Capabilities
From underlying 3D point cloud processing, deep learning models, to upper computer software and motion control, all have been independently developed; a total of 20+ invention patents and software copyrights have been obtained.
Walking with top visual experts
Each member has years of practical experience in 3D vision, automation control or deep learning
Dr. Chen
Chief ScientistDr. Harbin Institute of Technology has 15 years of experience in 3D vision algorithm research and development. He has led many national-level vision inspection projects and overcome the problem of micron-level defect detection.
Li Hua
System ArchitectFocusing on the overall architecture design of the vision inspection system, we have led the development of a variety of high-precision glue dispensing and testing integrated machines, and delivered a total of more than 200 units.
Wang Qiang
Senior Algorithm EngineerProficient in deep learning and image processing, the MINI-LED defect detection algorithm developed has a missed detection rate of less than 0.01%, reaching the industry-leading level.
Zhao Min
Project Manager10 years of experience in automation equipment integration and project management, successfully delivered many full-line automation projects in the 3C and semiconductor industries, with 100% customer satisfaction.
Zhang Ming
Senior Mechanical EngineerHe is good at precision motion platforms and high-rigidity structural design, and leads the research and development of a CNC compensation system that improves the machining accuracy to the micron level.
Liu Yang
Embedded Software ExpertsResponsible for the development of the underlying real-time control system and vision platform, realizing millisecond image acquisition and closed-loop feedback, and ensuring high-speed and stable operation of the equipment.
Chen Ya
Optical EngineersProficient in 3D structured light and spectral confocal technology, design optimal optical solutions for the inspection system, and significantly improve the recognition rate of complex curved surface defects.
Zhou Ting
Algorithm ResearcherFocusing on 3D point cloud processing and machine learning, the adaptive inspection model developed can quickly adapt to different product models and shorten replacement time by 70%.
From algorithm to complete machine, the entire chain is self-developed
Xiaofeng Optoelectronics R & D Center covers an area of 2000 square meters and is equipped with a 3D vision laboratory, a precision measurement room, and a reliability test laboratory. The team is equipped with multiple high-precision point cloud collection devices, deep learning servers and automated test platforms. We adhere to the full-stack self-research route, from underlying algorithms, optical design, electrical control to upper computer software, and every link is completed by our own team to ensure independent controllability and rapid iteration of technology.
- Self-developed 3D vision algorithm library supports multiple sensors such as structured light, binocular, and spectral confocal
- Closed-loop inspection technology compensates processing errors in real time, increasing the yield to 99.5%
- Jointly build a joint laboratory with the Hefei Research Institute of Harbin Institute of Technology to incubate 3-5 new technologies every year
Intellectual property and core patents
Continue to innovate and build a technological moat
Automatic compensation system for CNC machine
The invention patent ZL202310xxxx.x monitors tool wear and thermal deformation in real time, automatically compensates coordinates, and improves machining accuracy by 40%.
MINI-LED Vision Inspection System
The invention patent ZL202410xxxx.y has a resolution of 0.1μm and a missed detection rate of less than 0.01%. It has been used by many head panel manufacturers.
Fast registration algorithm for 3D point cloud
Software copyright 2024SRxxxxxx, point cloud registration speed is increased by 5 times, suitable for online detection scenarios of complex surfaces.
High-precision dispensing closed-loop control system
The utility model ZL202320xxxx.x achieves a dispensing accuracy of ±0.02mm and is suitable for a variety of non-Newtonian fluids.
Multi-sensor fusion detection platform
The invention patent ZL202410xxxx.z integrates 3D structured light, line laser and hyperspectral, and is compatible with multiple defect detection.
Automated production line digital twin system
Software copyright 2024 SRyy enables virtual debugging and remote monitoring, shortening production line deployment time by 30%.
Work with top teams to define new standards for intelligent manufacturing
We continue to recruit outstanding talents in the fields of vision algorithms, optical design, and automation control to jointly promote the boundaries of 3D vision technology.
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