Magnetic Drive Conveyor System

Industry Case Background

As a core pillar of the new energy sector, the lithium battery industry has witnessed explosive growth in demand for electric vehicles and energy storage in recent years, posing higher requirements for production efficiency and automation levels. The cycle accuracy and stability of logistics connection links directly affect overall production capacity. Traditional conveying systems suffer from pain points such as low positioning accuracy, slow cycle times, and poor flexibility, making it difficult to meet the high-standard requirements of lithium battery production.

Industry Requirements

• Long transportation cycle: Low cycle efficiency of traditional conveying systems;
• Insufficient positioning accuracy: Large repeated positioning errors during material connection;
• High system complexity: Difficult coordination of multiple devices, high maintenance costs, and poor stability;
• Lagging data interaction: Lack of real-time communication capabilities, making it hard to adapt to intelligent scheduling needs.

Scene Architecture Diagram

Advantages of Sinsegye's Solution

1. Integrated Control and Computation

Through Integrated Control and Computation technology, a single SP7010 iComputer successfully replaces the traditional multi-hardware combination of "PLC + industrial computer", significantly simplifying the system architecture. This innovation greatly reduces the coordination control complexity of 75 sections of 576 production lines and 5 sets of servo drives, reducing the number of hardware, minimizing failure points, and cutting maintenance costs by 30%.

2. User-Friendly and Open

• Supports complex applications such as visual algorithms, suitable for advanced scenarios like photo positioning;
• The iComputer is equipped with the MetaOS dual-domain operating system, allowing flexible allocation of computing and control resources based on task requirements to maximize efficiency.

3. Index Breakthroughs

• Repeated positioning accuracy: ±0.1mm;
• Comprehensive cycle time: 1p/m;
• Maximum speed: 2.5m/s;
• Maximum acceleration: 10m/s²;