DLAI-MVS02 Industrial Machine Vision Application Platform (Artificial Intelligence Vision Technology)

                     Equipment Overview

The Industrial Machine Vision Application Platform is an integrated training and teaching platform that focuses on industrial vision technology and artificial intelligence vision technology applications in the industrial field , covering the entire industrial vision technology chain and meeting the requirements of "artificial intelligence+" to empower industrial upgrading .

This platform utilizes artificial intelligence (AI) technology in industrial vision systems to systematically cultivate students' core skills in areas such as building industrial vision image acquisition systems, calibrating and verifying the accuracy of industrial vision systems, image annotation and model training, and comprehensive applications of industrial vision. By combining typical vision application scenarios in industrial settings, it strengthens students' ability to conduct data analysis using AI technology, comprehensively improving their overall application level of industrial machine vision and AI technologies in the industrial field. It also emphasizes cultivating students' analytical and problem-solving abilities for real-world engineering problems. The equipment is suitable for daily classroom teaching and modular skills training, and can also support vocational skills training and skills competitions, meeting the needs of multi-level teaching and capacity building.

This platform mainly consists of 2D industrial cameras, 3D industrial cameras, lens assemblies, light source assemblies, a four-axis robotic arm unit, a rotating mechanism, a gripping assembly, and an electrical control system. It focuses on the technical parameters of industrial vision equipment such as industrial cameras, lenses, and light sources, and their applications in motion control. This enhances the deployment capabilities of deep learning environments and the design level of multi-scenario solutions. Through PLC programming and the motion control operation of the four-axis robotic arm, participants will comprehensively master PLC programming and debugging techniques, motion control system application methods, and integrated practical abilities in various industrial scenarios.

The platform has functions such as image acquisition, color recognition, image processing, deep learning, material recognition, calibration plate calibration, size measurement, target recognition, barcode recognition, QR code recognition, defect detection, and visual sorting. It supports intelligent detection preprocessing, model training, machine vision algorithm and deep learning implementation throughout the entire process, and can carry out special training in target detection, image segmentation, anomaly detection, model optimization and maintenance, accurate measurement and operation status evaluation.

The platform can complete tasks such as analyzing key system elements, selecting and verifying the performance of 2D/3D imaging units, and designing preliminary solutions for algorithm and AI model deployment, helping learners build scenario-based solution design capabilities. It can also conduct practical training in areas such as imaging component installation and electrical connection, image acquisition system construction and connection debugging, data preprocessing software deployment, system parameter calibration and accuracy verification, static/dynamic workpiece application debugging, and system linkage verification, covering core skills in hardware construction and calibration verification. The platform is compatible with the deployment of large vision-language-motion models and supports receiving natural language commands to complete tasks, dynamic workpiece detection, and intelligent sorting.

                                                      Technical Parameters

1. Operating power supply: AC 220V±10%, 50Hz;

2. Rated power of the equipment: ≤1KW;

　3. Working environment: Temperature 5℃～+40℃, relative humidity <85% (25℃);

4. Safety protection: It has multiple protections against short circuit, overload, and emergency stop;

5. Training room power : 1KW × X (X is the number of equipment in the training room);

FAQ

Q1. What other services can Dolang provide besides teaching equipment?

Answer: Curriculum standard, teacher courseware (PPT), teaching equipment training list, examination question bank, classroom task list, students' books (learning materials), teaching software, etc

Q2. What kind of certification?

Three system certification ISO9000, ISO14001, OHSMS28001; CE certification, SGS certification and Dolang are gold medal members of worlddidac.

Q3. What can Dolang do for our teachers?

Answer: a) Dolang group has Shandong Dolang vocational school, which is specially responsible for the training of teachers. Our national teacher training courses and provincial teacher training courses all cooperate with Dolang school;

B) Dolang has a large number of Chinese vocational college resources, which can also be used for teacher training in your country.

Q4. What kinds of training methods will Dolang provide?

1. We supply you detailed manual books, video and online training service.

2. We supply you training at site, we can send engineer to your place for training

3. You can send your people come to Dolang for training.