Injection Solution – CESIPC EPC-S1522A
Injection molding is a highly automated manufacturing process that demands precision, real-time control, and uninterrupted operation. Industrial PCs (IPCs) are essential in modern injection molding production lines, providing the computing backbone for machine control, process monitoring, and data acquisition.
Key Applications Include:
1. Injection Machine Control
Industrial PCs are embedded into injection molding machines to manage parameters such as temperature, injection pressure, screw speed, and cooling time. Their real-time processing capabilities ensure high precision and consistent cycle times.
2. Mold Monitoring and Quality Control
IPCs collect sensor data during each cycle to detect abnormalities such as short shots, flashing, or temperature deviations, ensuring every molded part meets strict quality standards.
3. Human-Machine Interface (HMI)
Panel PCs with touchscreens serve as the primary operator interface, allowing for easy adjustment of process parameters, display of live production data, and alarm handling on-site.
4. Production Data Logging and Traceability
Industrial PCs store production data for each batch, enabling traceability and analysis. This is critical for industries such as automotive and medical, where compliance and documentation are key.
5. Integration with MES and ERP
IPCs connect injection molding machines with Manufacturing Execution Systems (MES) and Enterprise Resource Planning (ERP) software, enabling real-time status updates, predictive maintenance, and smart scheduling.
🔧 Recommended Products for Injection Molding Lines
1. CESIPC EPC-10XA
A rugged industrial PC that supports Intel® J1900 to 12th Gen CPUs.
- 2 LAN ports, 3 COM ports, 6 USB ports, HDMI & VGA
- Ideal for machine control and data collection in injection molding applications.
2. CESIPC EPC-S15X2A
A 15-inch capacitive touchscreen Panel PC for operator stations.
- Supports J1900 to 12th Gen CPUs
- 2 LAN, 6 COM, 6 USB, HDMI & VGA
- Perfect for HMI deployment in industrial environments with high reliability demands.
