众智图优
ABOUT ZHONGZHI TUYOU
See the unknown. Inspect what comes next.
Zhongzhi Tuyou develops deployable industrial AI vision systems spanning algorithms, software platforms, vision hardware, and production-line integration.
Focused on industrial AI vision
Algorithms, software, and delivery
Deployment figure stated in the brochure
Zhongzhi Tuyou develops computer image-processing systems and industrial connectivity solutions, with long-term experience in defect inspection, positioning, measurement, recognition, and line integration.
Our product principle is a controllable full stack that remains stable and usable: understand the manufacturing site first, then combine algorithms, software, vision hardware, and engineering delivery.
The engineering material below presents equipment, line installation, and inspection software. Additional site media remains subject to authorization and desensitization.
Engineering evidenceCameras, lighting, industrial control, and inspection software working together.
Engineering evidenceImaging positions are designed around width, speed, and installation space.
Engineering evidenceInspection results, defect location, and traceability are presented together.
Deep learning and rule-based vision for defect inspection, positioning, measurement, and recognition.
Online inspection, training and annotation, recipe management, reporting, and model versioning.
Cameras, lenses, lighting, mechanics, electrical systems, and takt integration for existing lines.
Front-line visual data, MES / ERP connectivity, quality traceability, and continuous model refinement.
HISTORY
Founded in Wujiang, Suzhou, with a focus on industrial vision inspection and intelligent manufacturing.
The defect-inspection platform matured through releases, software registrations, and technical qualifications.
Expanded module appearance inspection, new energy inspection, and training/annotation platform releases.
Advanced the low-code inspection platform and extended solutions into textile and related industries.
Built a solution portfolio spanning new energy, continuous materials, textiles, and SOP workflows.
Targets, defect criteria, takt, space, and interfaces
Validate imaging and inspection limits with good and defective samples
Cameras, lighting, algorithms, software, and line connectivity
Mechanical, electrical, network, and production-line integration
Tune and accept against mutually confirmed samples and targets
Maintain models, recipes, samples, and system health