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DN AI

AIEmpowerment

AI Empowers Manufacturing

Making production smarter and more efficient, creating higher quality products.

  • Defect Detection
    Deep Learning
  • Self- owned developed
    Core Application Algorithms
  • Standard
    Vision System
  • 3D
    Point Cloud Processing
  • Self-developed
    Optical Module
  • Robotics
    Control Technology

Vision One optical Development Platform

A software platform focused on machine vision and motion control,

offering a low-code graphical integrated development environment.

AI Integrated Standard Equipment for Defect Detection

  • Strong universality

  • High precision imaging

  • Intelligent analysis algorithms

  • Cost reduction

  • DN AI
  • Vision One optical Development Platform
  • Hardware inspection equipment

Integrating AI technology with traditional machine vision technology to create new value for customers' manufacturing processes.

Industrial Manufacturing On-site Quality Control

In the manufacturing field,
AI can achieve automated detection through the application of machine vision and algorithms.

Vision inspection, which simulates the human eye's observation and analysis of objects, can detect defects in products more efficiently and accurately. It avoids the direct costs such as penalties, returns, re-inspections due to defective products, as well as damage to goodwill, while also preventing the hidden risks of accidents caused by undetected defects.

Overall Process Optimization

With increasing data volumes, the application of AI in manufacturing will become more refined and in-depth.
At each process step, AI can perform real-time detection and promptly identify issues, preventing waste in subsequent processes
Over time, by accumulating data and analyzing it from the entire process, the stage with the highest defect detection rate can be pinpointed. Through closed-loop analysis, the root cause of defects is identified, allowing for optimization of the problematic stage, reducing the overall defect rate, thus lowering production costs and increasing profits, ultimately enhancing the overall competitiveness of the enterprise

Full Process Value Creation with AI

AI technology is not only improve production efficiency and quality. Manufacturers can achieve a higher level of automation and digital transformation, bringing more business opportunities. 
Through innovative applications of AI technology, manufacturers' capabilities are enhanced, enabling integrated production across multiple stages, integrating work that would otherwise be outsourced into their own processes, and directly delivering products to end customers.
This innovation brings multiple benefits: on one hand, it improves product yield and reduces costs; on the other hand, due to cost reductions, manufacturers can attract more orders by lowering prices, enhancing competitiveness, and because of their enhanced capabilities, they can handle more stages, ultimately increasing overall profit margins; finally, this technological innovation also brings business opportunities to equipment suppliers, further promoting the widespread adoption and application of AI technology

Leading AI + Vision Integrated Solutions in the Industry

Ecosystem partner empowerment, efficient reuse across scenarios | Standardized delivery, self-developed algorithm platform at the core

  • Ultimate Technology

  • AI Empowerment

  • Precision Detection

  • Machine Vision

Strong AI Capabilities

Application of AI technology + unique industrial data, achieving rapid implementation of results

New generation machine learning platform and algorithms
  • Visual image + defect feature set

    These technologies enable products to accurately detect and identify defects and errors in the production process, thereby improving product quality and efficiency
  • Unique production line data training

    Defect data, process data, production line special diagnosis data
  • Fast optimization

    Improve visual efficiency and model accuracy
Vision general software Computility Data processing center Application scenario
  • Quick landing

    The application of AI technology in intelligent inspection equipment can quickly realize automated inspection and analysis, improve production efficiency and product quality.
  • Cost reduction

    AI technology can reduce labor input and equipment costs, reduce testing costs, and improve corporate profitability.
  • Improved yield

    Accurately identify product defects and anomalies, timely discover and solve problems in the production process, and improve product qualification rate and production efficiency.
AI algorithm capability
Defect sample generation model based on generative adversarial network Efficiently solve the problem of insufficient samples and unbalanced samples Strong migration ability
Generative fake sample set, but trained as a real sample set

Optomechatronics Technology

Its advantage lies in the integration of optical, mechanical, and electronic technologies

Capable of 2D/3D measurement, appearance defect detection, positioning, recognition, vision inspection, process, intelligent assembly, etc.

  • Core Detection Scenarios Fully Covered

    Comprehensively covers over 50 contract manufacturers in 3C industry chain, covering all product lines (Watch, Phone, Pad) core detection scenarios.
  • Key Technical Indicators Leading the Industry

    Connected with the fruit industry 3 years earlier than competitors, using key technical indicators to lead the industry
  • After years of technical accumulation in 3C industry, apply these experience to other industries quickly.

    Applying current successful technologies and experience to other industries, achieving cross-industry technology application and implementation
Typical Products in Various Industries

Product Display

AI Defect Detection Integrated Standard Equipment ACI-S1000

Product function: Defect detection

Technical parameters or performance improvement: Overkill ≤ 15%, Escape ≤ 0.3%

  • Strong universality

  • High precision imaging

  • Intelligent analysis algorithms

  • Cost reduction

Vision One Development Platform

Vision One Development Platform is a low-code graphical integrated development environment focused on machine vision and motion control.
It integrates VisionPro algorithms and Halcon operators, communication interfaces, human-machine interaction, various acquisition hardware, and dozens of common modules
  • Standardization

  • Platformization

  • Usability

  • Expandability

Core Enterprise Advantages

Continuous market insight and strategic adjustment;
Closely following market trends and customer needs to consolidate Dinnar's unique core enterprise advantages

  • Machine Vision
  • AI Empowerment
  • Technical Innovation
  • Project Implementation
01

Machine Vision

  • AI-enabled manufacturing

    These technologies enable accurate detection and identification of defects and errors during the production process, thereby improving product quality and efficiency.
  • Intelligent Equipment

    Creating All-in-One software and hardware integrated UMP fully automatic intelligent manufacturing equipment.
  • Customized Vision Systems

    Providing customized solutions based on customer needs and production environments, including specific algorithms, hardware, and services.
  • Clear Processes

    Project planning, implementation, testing, and maintenance integrated, and in subsequent services, rapid response to after-sales service engineers' professional on-site installation and debugging engineers.
02

AI Empowerment

  • Enhanced accuracy with intelligent algorithms

    Utilizing advanced machine learning and deep learning algorithms to achieve high accuracy in image analysis and recognition capabilities of vision inspection equipment.
  • Cost reduction with automation tools

    Using intelligent assistive tools and automated processes to improve production efficiency, reduce labor costs, and achieve automated image processing, data analysis, and report generation.
  • Data-driven decisions

    Optimizing production plans and quality control through big data analysis and predictive models, achieving data-driven decisions, enhancing production efficiency and product quality.
  • Automated defect identification

    Combining artificial intelligence and vision inspection technology to achieve automated defect identification, classification, and sorting, enhancing product quality and production line efficiency.
03

Technical Innovation

  • Latest algorithm applications

    Continuously researching and applying the latest vision inspection algorithms, maintaining a leading position, enhancing detection accuracy and efficiency.
  • Breakthroughs with innovative sensors

    Using innovative sensors and hardware devices to improve the efficiency, accuracy, and adaptability of image acquisition and processing, meeting diverse application needs.
  • Innovative data processing methods

    Developing new data processing and analysis methods, providing accurate vision inspection results, offering valuable information and decision support to users.
  • Optimized system architecture

    Continuously improving equipment system architecture and algorithm optimization, enhancing real-time performance, stability, and reliability, adapting to long-term operation and complex environments.
04

Project Implementation

  • Customized solutions

    Providing customers with customized vision inspection solutions to meet their specific needs and application scenarios.
  • Comprehensive technical support

    Providing comprehensive project consultation, technical support, and training to ensure smooth project implementation and normal operation of equipment.
  • Seamless system integration

    Conducting system integration and debugging to ensure seamless integration and collaborative operation of equipment with existing production lines, enhancing production efficiency.
  • Continuous after-sales service

    Providing continuous after-sales service and maintenance to ensure stable operation of equipment, meeting customers' needs and expectations.

Core Enterprise Advantages

Continuous market insight and strategic adjustment;
Closely following market trends and customer needs to consolidate Dinnar's unique core enterprise advantages

Machine Vision

01

Machine Vision

  • AI-enabled manufacturing

    These technologies enable accurate detection and identification of defects and errors during the production process, thereby improving product quality and efficiency.
  • Intelligent Equipment

    Creating All-in-One software and hardware integrated UMP fully automatic intelligent manufacturing equipment.
  • Customized Vision Systems

    Providing customized solutions based on customer needs and production environments, including specific algorithms, hardware, and services.
  • Clear Processes

    Project planning, implementation, testing, and maintenance integrated, and in subsequent services, rapid response to after-sales service engineers' professional on-site installation and debugging engineers.

AI Empowerment

02

AI Empowerment

  • Enhanced accuracy with intelligent algorithms

    Utilizing advanced machine learning and deep learning algorithms to achieve high accuracy in image analysis and recognition capabilities of vision inspection equipment.
  • Cost reduction with automation tools

    Using intelligent assistive tools and automated processes to improve production efficiency, reduce labor costs, and achieve automated image processing, data analysis, and report generation.
  • Data-driven decisions

    Optimizing production plans and quality control through big data analysis and predictive models, achieving data-driven decisions, enhancing production efficiency and product quality.
  • Automated defect identification

    Combining artificial intelligence and vision inspection technology to achieve automated defect identification, classification, and sorting, enhancing product quality and production line efficiency.

Technical Innovation

03

Technical Innovation

  • Latest algorithm applications

    Continuously researching and applying the latest vision inspection algorithms, maintaining a leading position, enhancing detection accuracy and efficiency.
  • Breakthroughs with innovative sensors

    Using innovative sensors and hardware devices to improve the efficiency, accuracy, and adaptability of image acquisition and processing, meeting diverse application needs.
  • Innovative data processing methods

    Developing new data processing and analysis methods, providing accurate vision inspection results, offering valuable information and decision support to users.
  • Optimized system architecture

    Continuously improving equipment system architecture and algorithm optimization, enhancing real-time performance, stability, and reliability, adapting to long-term operation and complex environments.

Project Implementation

04

Project Implementation

  • Customized solutions

    Providing customers with customized vision inspection solutions to meet their specific needs and application scenarios.
  • Comprehensive technical support

    Providing comprehensive project consultation, technical support, and training to ensure smooth project implementation and normal operation of equipment.
  • Seamless system integration

    Conducting system integration and debugging to ensure seamless integration and collaborative operation of equipment with existing production lines, enhancing production efficiency.
  • Continuous after-sales service

    Providing continuous after-sales service and maintenance to ensure stable operation of equipment, meeting customers' needs and expectations.

Full production line inspection

  • Watch

  • Mobile phone

  • Pad

  • Laptop

Cooperation Customers
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Implemented projects
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Detection types
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Consultation Contact Us

  • Phone

    0512-66957689
  • Address

    No. 11 Tingxin Street, Industrial Park, Suzhou
  • Email

    info@dinnar.com
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