High Performance Self-developed Operator

    High Precision Structured Light 
    Measurement Technology

    3D Ultra Dynamic Fusion Technology

    Micron-level Defect Detection 
    Technology for High Reflection Surface

    Multi-angle Optical Fusion Technology

    Optical Technology

    By utilizing the multi-angle optical fusion technology, the texture features of defects are highlighted from different angles, further improving the accuracy of detection algorithms. At the same time, the standardization of visual defects detection application solutions has also been formed, accelerating project implementation
    Based on the principle of stripe reflection, it breaks through the industry challenges of low-cost and online micron level defect detection for high reflection surfaces of small caliber inner wall and multi curvature outer wall products
    Self developed 3D cameras, developed visual guidance platforms, and utilized ultra dynamic fusion technology to achieve high reflection surface point cloud acquisition capabilities, accelerating the process of 3D projects, and improving efficiency to 130% of the original level
    The self-developed line structured light measurement system is flexibly applied in high-precision measurement scenarios. By optimizing the calibration of the line structured light system, light plane calculation, and system noise reduction, dynamic online micron level repeatability measurement is achieved, with a repeatability accuracy of up to 5um
    By accumulating experience in detection algorithms in different industries, we have independently developed nearly a hundred universal detection operators, mainly focusing on defects detection, image synthesis, 3D point cloud processing, measurement, and operator acceleration, saving nearly 30% of product delivery algorithm development time.

      AI Technology

      Breakthrough in Rare Data 
      Generation Technology

      Data Visualization Management 
      and Mining System

      Large Scale distributed 
      Training Capability

      Comprehensive Upgrade of 
      Anomaly Detection Algorithm

      Memory-level High-Performance 
      Algorithm Deployment Module

      Comprehensive Application of 
      TRT Acceleration Technology

      Fitow comprehensively conquered hardware acceleration technology and transformed all industrial specific AI algorithm models into TRT hardware acceleration, achieving nearly 100% speed improvement and reaching the industry's first tier level
      Fitow has comprehensively upgraded the AI deployment module, starting with low-level optimization and delving into memory level management granularity, reducing the inference and communication time of the AI model to 30% of the original time
      Fitow has continuously released the third version of the anomaly detection algorithm, which, when combined with his advanced optical imaging system, can achieve the same accuracy as traditional supervised learning algorithms and match the performance of the industry's SOTA algorithm
      Large distributed clusters and independently developed efficient distributed training management systems, with the ability to quickly iterate models and pre train large models
      A comprehensive data mining and management system that is more agile in perceiving data dimensions and changes, assisting in model evolution and iteration
      In response to industry pain points, a methodology for rare data augmentation has been summarized and developed, integrating multiple rare data augmentation technologies. Now able to stably generate rare data to assist in the model training process

      Software Interaction Technology

      Agile Hybrid System Architecture Design

      User-Friendly and Reliable 
      Human–Machine Interaction Models

      Ultra-High-Speed Detection Engine

      Built upon integrated high-performance AI algorithm modules, 
      the inspection engine enables ultra-high-speed scheduling and 
      execution of algorithm models.

      The user interface design meets the needs of industrial production, incorporating intelligent interaction modes such as touchscreen interaction, voice alarms, and image recognition technologies, allowing users to operate and control the system more conveniently.
      Designed to meet customers’ requirements for high-performance intelligent application scenarios, the architecture integrates built-in data analytics algorithms to enable statistical analysis of inspection data.

        Hardware

        Embedded Algorithm Compression Deployment

        Calibration Technology for 3D Cameras and Robotic Arms

        Edge Intelligence Hardware

        Fitow further quantified, distilled, and pruned the TRT acceleration model, achieving AI algorithm deployment on embedded GPU modules without losing detection accuracy, reducing computational power and hardware costs to 30% of the original level
        In the fields of 3D point cloud processing, calibration, and robotic arm control, the Fitter hardware integrates multiple structured light modules, greatly improving the collection of point clouds in bright and dark surfaces
        By deeply integrating the human–machine interaction platform with the AI image algorithm platform, a closed-loop system covering data acquisition, model training, algorithm iteration, and production deployment is established—enabling practical applications such as intelligent cameras and edge computing devices
        津ICP备17005157号 津公安备案号12011602000875