Complete medium frequency induction furnace solutions — from the furnace body and power supply to cooling systems, refractories, and spare parts. Everything you need, from one trusted manufacturer.
Our core product line. IGBT-powered melting furnaces for steel, iron, copper, aluminum, and special metals. Custom capacity from 50kg to 10 tons.
Our flagship furnace using the latest IGBT inverter technology. Self-shutoff protection eliminates external circuitry. Energy savings of 10–20% vs. SCR furnaces, with precise digital PLC control and real-time monitoring. Suitable for all common metals and alloys.
Hydraulic tilting mechanism enables safe and precise metal pouring with minimal spillage. Designed for high-volume continuous production with easy access for maintenance. PLC-controlled tilt angle.
Maintains molten metal at precise temperatures between casting cycles. Significantly reduces reheating energy consumption and ensures consistent metal quality for downstream casting operations.
Engineered-to-order furnace systems for precious metals (gold, silver, platinum), titanium, rare earth alloys, and applications requiring vacuum or controlled atmosphere environments.
High-efficiency inverter power supplies and control systems for all induction furnace applications. IGBT and SCR technology available.
Full-digital IGBT inverter power supply with automatic frequency tracking and soft-start technology. Comprehensive fault protection including overcurrent, overvoltage, and overtemperature shutoff. Uses Infineon (Siemens) or Fuji IGBT modules.
Proven silicon-controlled rectifier power supply for cost-sensitive applications. Reliable and robust for standard melting operations. Available in parallel resonance and series resonance configurations.
Advanced PLC-based control systems with touchscreen HMI. Real-time monitoring of power, temperature, current, and voltage. Remote monitoring capability and data logging for production management.
Proper cooling is critical for IGBT module protection and long equipment life. Our closed-loop cooling systems prevent scale buildup and maintain consistent water quality.
Closed-circuit evaporative cooling tower that completely separates process water from ambient air. Prevents mineral scale buildup in coils and IGBT modules. Significantly extends equipment lifespan. Low noise operation suitable for indoor or outdoor installation.
High-flexibility water-cooled copper cable for connecting the power supply cabinet to the induction coil. Handles high current with minimal resistance loss. Available in standard lengths or custom cut-to-size.
Genuine replacement parts for all YuRun furnace models. Fast dispatch from our parts inventory to minimize your downtime.
High-conductivity copper busbars and flexible cables for power distribution within the furnace system. Available in standard dimensions or custom-cut. Tin-plated surface option for improved corrosion resistance.
Structural steel furnace frames and refractory-lined lids for all YuRun furnace models. Robust construction ensures safe containment of molten metal. Replacement frames available for all standard capacity models.
Precision-wound copper induction coils for all furnace capacities. Each coil is pressure-tested for water-tightness and electrically verified before dispatch. Available in single-layer and multi-layer designs.
Not sure which power supply technology is right for your operation? Here's a clear side-by-side comparison.
| Parameter | ⚡ IGBT Furnace | 🔌 SCR Furnace |
|---|---|---|
| Energy Efficiency | ✅ 10–20% better (≈480–560 kWh/t) | Standard (≈580–650 kWh/t) |
| Power Factor | ✅ 0.95+ (near unity) | 0.7–0.85 (requires capacitor bank) |
| Startup & Control | ✅ Soft start, fully automatic | Manual adjustment required |
| Fault Protection | ✅ Self-shutoff IGBT modules | External protection circuits needed |
| Maintenance Cost | ✅ Lower — fewer failure points | Higher — SCR thyristors wear over time |
| Initial Cost | Higher upfront investment | ✅ Lower initial cost |
| Noise Level | ✅ Quieter operation | Louder transformer hum |
| Grid Impact | ✅ Minimal harmonic distortion | Higher harmonic pollution |
| Best For | New installations, long-term ROI | Budget-constrained, replacement parts |
💡 For most new installations, we recommend IGBT technology for its lower total cost of ownership over the 7–8 year equipment life. Contact us to discuss which is right for your budget and production requirements.