- Plastic Injection Molding Industry
- Automotive Components Industry
- Consumer & Household Products Industry
- Electrical & Electronics Manufacturing
- Packaging & Industrial Plastics Industry
The plastic machine control panel processes high-speed sensor inputs from position transducers, pressure transmitters, and barrel thermocouples. Utilizing closed-loop PID algorithms, it modulates solid-state relays (SSRs) to maintain uniform temperatures across plasticizing barrel zones, preventing thermal degradation of polymers. For injection processes, the panel sequences clamping pressure, injection speed, holding pressure, and cooling cycles via servo drives or proportional hydraulic valves. In extrusion setups, continuous melt pressure and screw RPM synchronization ensure uniform profile wall thickness. Sealed IP54 enclosures with forced ventilation protect sensitive microcontrollers from ambient factory dust, vibration, and plastic fumes. Overall, it lowers power operational overheads while prolonging the working life of heavy processing machinery.
| Key Attributes | |
|---|---|
| Operating Voltage | 415V 3-Phase AC (±10%), 50/60 Hz |
| Control Architecture | Microprocessor PLC / Dedicated Motion Controller |
| Temperature Control | 4 to 32 Multi-Zone PID Heating (SSR / SCR Driven) |
| Drive System | VFD / Servo Drive Integration for Screw & Hydraulic Pumps |
| Human Machine Interface | 7" to 15" Color HMI Touchscreen |
| Sensor Inputs | PT100, Thermocouples (J/K Type), Linear Transducers |
| Control Functions | Temperature, Pressure, Position, Speed & Cycle Control* |
| Communication | Ethernet / RS485 / CAN / Industrial Protocols* |
| Primary Applications | Horizontal & Vertical Injection Molding Machines & Retrofitting |
| Additional Information | |
|---|---|
| Country of Origin | India |
| Available Stock | In Stock |
| Sample Availability | No |
| Payment Terms |
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| Port of Dispatch | Coimbatore, Tamil Nadu, India |

It unifies temperature control, motor drive speed, pressure profile sequencing, and cycle timing into a single automated system for molding and extrusion processes.
It uses multi-zone PID controllers connected to Solid-State Relays (SSRs) or SCR power packs for smooth, flutter-free temperature regulation across heating bands.
While the core hardware (PLC, VFDs, HMI, PID controllers) is similar, injection molding configuration prioritizes cyclic pressure profiling, whereas extrusion configuration focuses on continuous speed and pressure stabilization.
It incorporates low-pressure mold protection logic that halts clamp movement instantly if an un-ejected part or obstruction is detected.
Yes, built-in communication interfaces like EtherCAT, Modbus, and Ethernet allow real-time connectivity with plant SCADA systems and remote data monitoring platforms.
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