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Industry 4.0 Manufacturing Concept

Vertical Integration: From Digital Factories to Intelligent Factories

The operation system is compatible with various interfaces of actuators and interaction protocols. The communication hardware and protocol could be developed per demands.

By connecting with MES & ERP, the system could track the data in whole process with flexible production and rapid station change.

Horizontal Integration: Break down Barriers among Enterprises

Enterprises seamlessly connect the upstream and downstream of the industry, forming a complete information chain, including design, testing, manufacturing, sales, logistics, after-sales, etc.

The company's operational management enables rapid allocation of resources, optimization of solutions, reduction of inventory, improvement of technology, and shortening of production cycles.

New-quality Productivity

By promoting edge algorithms and AI artificial intelligence, we achieve innovation orientation and break away from traditional methods.

Meanwhile, the company deepens standardization construction, significantly improving production efficiency, achieving high-tech, high-efficiency, high-quality development, and green productivity.

Global Delivery

R&D and Manufacturing Center

Zhuhai, Shenzhen, Suzhou, Zhengzhou

Service Centers

China (Zhuhai, Shenzhen, Suzhou, Chengdu, Shanghai, Zhengzhou), U.S.A. (Santa Clara-California), Japan, Thailand, Mexico, India, South Korea, Philippines, France

Sufficient Industry Experience

Professional Service System

Standardized Technical Platform

Whole Stage Standardization

The standardized process covers the entire project lifecycle, which includes six aspects regarding scheme formulation, design planning, manufacturing and processing, assembly integration, debugging optimization, and after-sales maintenance. Every step strictly applies standardized technology to ensure project quality and delivery that can meet customer needs and achieve sustainable development.

Whole Technique Standardization

The five standardized modules of mechanical, electrical, software, testing, and process engineering form the cornerstone of our agile manufacturing. Through continuous technological iteration, we have achieved "flexible design", which can quickly adapt to various market demands and improve the delivery speed and reliability of the production line.

Whole Team Standardization

The company has established a standardized technology database shared by all employees and required them to actively learn, master, and apply standardized knowledge. At the same time, the company has also established a strict audit process to comprehensively and meticulously review the application of standardization in order to ensure that every step complies with standard specifications.

Intelligent Software System

Predictive Maintenance

Monitoring equipment status through edge algorithms, which can predict faults, optimize processes and cycle time, reduce downtime.

Virtual Simulation

Using Process Simulation to implementCT analysis, check design interference, compile core workstation programs and shortening.

Digital Twin

Using Unity3D technology to build virtual real-ity, connect real production lines, digital lines,VR and MES systems, then achieve digital operation.

Flexible Test

Preset multiple testing functions, combined with different testing instruments or trays, to stably and quickly meet various testing demand.

Integrated Motion Control

Improve system flexibility and development efficiency through drag and drop matching of motion control and visual detection functions.

Deep Learning Algorithm

Through batch sample annotation and self-learning training, product appearance detection, intelligent classification and fine segmentation can be achieved efficiently and accurately.

Al Guidance Platform

Utilizing projection and Al visual inspection to achieve inspection for each process and production operation guidance.

Al Monitoring System

Al visual analysis combined with monitoring systems to achieve fatigue detection,facial recognition, which standardize on-site safety.

Flexible Test Technique

柔性化測(cè)試平臺(tái)

Powerful R&D Strength

3D Simulation

Simulation of Technique Process, Electricity and Material Flow Structure Interfere Inspection

Video Animation

Designing 3D Model and Process Animation in order to Simplify Technical Communication

Reality Simulation

Critical stations achieve virtual-real synchronization

Virtual Debugging

Verification & Modification of PLC/Robot program and Electrical Configuration Compiling of Core Station and Robot Program could be Completed Offline Shorter on-site debugging period

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