High-performance PSJ-12 ingate and riser crusher from a leading China factory. Featuring a main oil cylinder, moving and fixed teeth, and an intelligent electronic control system, our equipment is the top choice for global suppliers seeking efficient casting waste recovery.
The PSJ-12 Ingate and Riser Crusher is a high-performance industrial solution engineered specifically for the ferrous metal casting industry. Designed to optimize material recovery, this robust system efficiently processes ingates and risers through a precision-engineered crushing chamber, utilizing a synchronized system of moving and fixed teeth to reduce waste components into manageable sizes for recycling.
Integrating advanced hydraulic control with an intelligent electronic monitoring system, the PSJ-12 ensures seamless operation and maximum equipment longevity. By employing a sophisticated pressure-sensing valve block, the machine automatically regulates crushing force to prevent cylinder overloading while maintaining a high-throughput reciprocating cycle, significantly enhancing the operational efficiency of foundry aftertreatment processes.
| Model Series | PSJ-12 Industrial | Control System | Electronic Control System |
|---|---|---|---|
| Drive Mechanism | Hydraulic Cylinder | Actuator Type | Main Oil Cylinder |
| Crushing Method | Reciprocating Squeeze | Sensor Integration | Pressure Sensor Valve Block |
| Component Setup | Moving & Fixed Teeth | Feeding Mechanism | Feeding Baffle System |
| Safety Feature | Overload Protection | Adjustment Range | Adjusting Limit System |
Integrated pressure sensors detect cylinder load in real-time, triggering an automatic reverse action to prevent equipment damage.
The reciprocating action of the moving teeth ensures rapid processing of workpieces, maximizing daily throughput.
Corresponding fixed and moving crushing teeth ensure clean, precise cuts of casting risers and ingates.
The electronic control system manages the timing and sequence of the lifting and push cylinders for seamless flow.
A dedicated feeding baffle and device ensure workpieces are positioned correctly for optimal crushing force.
Built with heavy-duty industrial components to withstand the harsh environments of black metal casting plants.
Streamline the logistics of raw casting parts and crushed materials with automated storage solutions.
Remotely monitor equipment performance and cycle counts via our integrated industrial cloud network.
Export detailed operational logs and pressure sensor data for preventative maintenance analysis.
Comprehensive warranty and rapid-response technical support for all crushing equipment installations.
Integrated systems for managing resin sand and sand reclamation to complement the crushing line.
Professional consultancy and customized system configuration based on your specific casting volume.
| Evaluation Metric | Manual Processing | PSJ-12 Automatic System |
|---|---|---|
| Labor Cost | High (Multi-operator) | Low (Single supervisor) |
| Processing Speed | Slow / Inconsistent | Fast / Constant Cycle |
| Material Recovery | Moderate Waste | Maximum Recovery Rate |
| Equipment Wear | N/A | Controlled (Sensor-based) |
| Safety Risk | High (Manual Handling) | Minimal (Enclosed System) |
The PSJ-12 is used to crush the ingates and risers of black metal castings, reducing their size for efficient recycling and smelting recovery.
The system features a valve block with a pressure sensor; when a specific pressure threshold is reached, the moving teeth automatically retreat to avoid overloading.
Yes, the combination of an adjustable limit and a flexible feeding baffle allows it to accommodate various workpiece dimensions within its rated capacity.
The mechanism consists of a main oil cylinder, moving teeth, and fixed teeth that work in a reciprocating motion to cut the workpiece.
Yes, our electronic control systems can be tailored to integrate with your existing factory cloud platform or specific data download requirements.
By reducing manual labor, increasing the speed of material recycling, and minimizing equipment downtime through intelligent sensors, the PSJ-12 significantly lowers operational costs.
