Experience superior thermal processing. Compared to traditional gas furnaces, LJINDUCTION systems offer rapid heating cycles, uniform core temperature, and massive energy savings, ensuring 24/7 high-precision forging.
FOCUS: Full-length heating for high-volume production.
FOCUS: Continuous bar feeding for automatic forging presses.
FOCUS: Partial heating for upsetting and localized forging.
FOCUS: Specialized handling for long shafts and axle components.
Our induction forging systems are the preferred choice for top-tier automotive and industrial manufacturers worldwide.
| DIAMETER | FREQUENCY | REMARK |
|---|---|---|
| Φ 10-25 mm | 20 - 50 kHz | Surface Heating |
| Φ 25-50 mm | 8 - 20 kHz | Medium Forging |
| Φ 50-100 mm | 1 - 8 kHz | Deep Penetration |
| Φ 100 mm+ | 0.5 - 1 kHz | Large Billet |
LJINDUCTION forging equipment is engineered as the "Intelligent Core" of your forging cell. We ensure 100% hardware and software compatibility with mechanical presses, hammers, and automation robots.
The Challenge: Shafts require precise longitudinal temperature gradients to maintain straightness while ensuring the forging end is at the perfect plastic state.
The Solution: Specialized handling and induction coil geometry designed specifically for axle and drive shaft production.
Explore Case Study →Heavy-duty conveyor designed for moving large bars through the induction coil with consistent Takt time.
[VIEW TECHNICAL SPECS →]High-speed, unattended 24/7 operation. The ultimate automation for small fasteners and tool blanks.
[VIEW AUTOMATION DETAIL →]Seamless integration with industrial robotic arms for precise workpiece placement and retrieval.
[CUSTOM SOLUTIONS ONLY]A high-reliability pusher for medium-sized billets. Balanced performance for standard forging lines.
[VIEW PUSHER SPECS →]Simple, effective loading for custom jobs or blacksmith applications requiring manual control.
[VIEW MANUAL SOLUTIONS →]Operator-assisted feeding for batch production where flexibility and quick changeover are key.
[CUSTOM CONFIGURATION AVAILABLE]Automated temperature inspection. Parts falling outside ±10°C tolerance are diverted to protect forging dies.
[LEARN ABOUT DIE PROTECTION →]Eliminates thermal inconsistency. Every part receives identical energy exposure for uniform forging results.
[VIEW SYSTEM LOGIC →]| Comparison Metric | Gas/Oil Furnace | LJINDUCTION System | Impact on ROI |
|---|---|---|---|
| Energy Efficiency | 20% - 30% | 85% - 95% | Lower Electricity Bills |
| Startup Time | 2 - 6 Hours (Preheat) | Instant On (<5 min) | No wasted idle energy |
| Scale Loss (Waste) | 2% - 5% Material Loss | <0.5% Material Loss | 3% more finished parts/ton |
| Maintenance Effort | High (Refractory/Fuel lines) | Low (Solid-state reliability) | Reduced Labor Costs |
The choice depends on your billet diameter and required throughput (parts per hour):
Induction typically offers a payback period of 12-18 months:
We solve this through Multistage Recipe Management:
Our systems use a high-power ramp to bring the skin to temperature, followed by a lower-power "soaking phase". This ensures a uniform temperature of ±10°C across the entire cross-section. Optical pyrometers provide real-time feedback to prevent overheating.
Don't leave your production efficiency to chance. Whether you are upgrading a legacy gas furnace or designing a high-speed automated line, our engineers are here to bridge the gap between complex physics and industrial reality. Join leaders like BYD and GWM in adopting the next generation of induction technology.
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PDF Download: 2026 Induction Forging Integration Guide* 54 pages of technical layouts, ROI formulas, and automation protocols.
