Vision runs through the whole dispensing process, with positioning, planning and inspection interlocking into a self-adapting loop
Recognizes the workpiece’s actual position and orientation, compensating for incoming and placement variation to establish a precise datum
Plans the bead path dynamically from 2D and 3D contours without fixed teaching, adapting automatically to different models and incoming conditions
Bead quality is checked while dispensing, with real-time alerts for breaks, misses, overflow and poor closure so defects never move downstream
3D vision, dynamic planning, high-precision operation and AI prediction form the technical foundation
3D recognition handles spatial beads and complex surfaces —height, volume and fullness all quantifiable
A path per part, no teaching —no reprogramming on model change, auto-adapting to incoming parts
Bead position and quality both controlled —positioning and inspection reinforce each other, for consistent results
Vision data predicts bead trends and defect risk,from after-the-fact alerts to prevention
Full-dimension bead inspection runs alongside dispensing, covering the main quality risks
Built on vision and AI to meet strict requirements for bead continuity, sealing and volume accuracy across industries
For washing-machine and dishwasher cabinet sealing and waterproof structures, ensuring bead continuity and sealing performance
For sheet-metal hemming, windshield and lamp sealing, where 3D vision handles long continuous beads and complex surfaces
For structural, sealing and thermal adhesives on cells, modules and packs, with precise quantification of bead height and volume
For mid-frame dispensing, screen bonding and module sealing, suited to small-volume high-precision micro-dispensing
