iSense 1+N Multimodal AI Vision System
iSense is based on deep learning to solve industrial complex defect detection and engineering manage core challenges and achieve rapid migration across product models to meet multiple industry segments visual application of scene!
Four core functional modules+OCR toolkit
  • location
  • segmentation
  • classification
  • detection
  • OCR


The new generation of industrial AI detection platform provides visual capabilities for all industrial scenes
Integrating deep learning with traditional algorithms to quickly develop non-standard projects and meet the personalized development needs of customers
1+N multimodal industrial platform empowers multi industry applications
1 platform+N modalities+X application scenarios=∞ solution
  • N modalities
  • isense
    Detection platform
  • X个
    Application scenarios
  • 1
    2D/2.5D+AI
    Accurate detection of subtle defects for objects with no height difference or unclear contrast
  • 2
    3D+AI
    For the detection of precision components with height differences, achieve 360 ° all-round detection and measurement
  • 3
    2D/2.5D+AI
    2D texture information+3D morphology information+AI detection to avoid scanning images appearing wavy due to machine vibration
  • 4
    2D+3D+2.5D+Al
    Realize image level feature fusion to meet the online accurate detection of subtle and low contrast defects
  • 5
    Multi industry visual applications
    3C, new energy vehicles, semiconductor display panels, etc
  • 6
    1000+segmented industry scenarios
    Can achieve full coverage of production processes and testing processes
  • 7
    20000+visual system deployments
    The detection plan can be flexibly called to accelerate the project landing time
  • 8
    Generalization and universality
    The commonality of extracting detection schemes
    Quickly adapt to enterprise production line transformation
iSense highlights and features help the production line deploy quickly
Reduce deployment time and improve project implementation efficiency
  • Data expansion

    Defect sample generation

    Data cleaning, important sample mining, and small sample learning techniques

    Defect sample generation

    Deep data analysis to assist intelligent decision-making

    1
  • Multiple annotation options

    AI intelligent standards based on large models, binarization labeling, clustering labeling, and polygon labeling

    Simplified labeling and lower professional requirements for personnel

    Intelligent annotation upgrade, linear improvement in human efficiency

    2
  • Zero code end-to-end training and testing

    Inheritance learning and important sample mining

    Noisy learning and super-resolution image block learning

    Pre training weights

    High degree of collaboration between cloud and end, breaking through the shackles of production lines

    3
  • TensorRT acceleration technology

    Multiple model compression methods

    Sedimentation of high-precision algorithm models to achieve generalization and transfer of multi scenario models

    TensorRT acceleration, performance improvement 3-5 times

    SDK Ultimate Optimization, Flexible and Stable Development

    4
  • Intelligent area enhancement
    Improved recognition performance 8 times
  • Data strategy
    Dynamic data augmentation 30 times
  • Automatic network and hyperparameter strategy
    Project efficiency improvement 15 times
  • Sample error correction
    Improved small sample recognition rate 100%
  • Knowledge distillation+intelligent pruning
    Improved inference speed 6 times
  • Sub-pixel recognition
    The recognizable image granularity is as low as 4 pixel
System architecture
Customer application case
Quality inspection of battery sealing nail welding
  • Solution
    iSense AI+2D+3D Segmentation
  • Testing items

    Defects: pinholes, burst points

    Pit: diameter ≥ 0.3mm
    Welding break: length ≥ 0.5mm
  • Detection result
    Fusion of texture information from 2D images and morphology information from 3D images, based on deep learning technology, to complete surface welding quality detection.

  • 0%
    Missed call rate
  • ≤1%
    Misjudgment rate
  • 0.2mm
    Pinhole recognition
Battery black film defect detection
  • Solution
    iSense AI+2D+3D
  • Testing items

    Large surface of the film: ① Damaged, pitted, bubbles, pits ② Dirty, fingerprints, scratches

    Top pole: dents (notches), scratches, bumps
    Explosion proof valve: scratches, dirt, corrosion, pits
  • Detection result
    The single model detection technology for multiple types of images based on phase deflection is integrated with multiple detection methods, which greatly improves the accuracy of defect detection, overcomes the pain points and difficulties of industry detection, and adopts time-sharing stroboscopic detection scheme, with higher cost performance.

  • 0%
    Missed call rate
  • ≤1.5%
    Misjudgment rate
  • 700mm/s
    Scanning speed
Appearance inspection of connector terminals
  • Solution
    ISense AI+2D segmentation
  • Testing items

    Terminal area: damage, deformation of metal shell, damage to outer shell

    Welding: copper leakage, tin connection, sol-gel, crushing, deformation
    Glue: deformation, missing, and crushing of the adhesive wall


  • Detection result
    A professional customized solution that adopts 2D+AI detection methods to solve the problem of traditional image processing relying on rule detection, and can be used for detecting various defects.

  • 0%
    Missed call rate
  • ≤0.5%
    Misjudgment rate
  • ~80%
    Labor substitution rate
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