Brief: Follow along for a hands-on demonstration that highlights performance points. This video showcases our 600KW Induction Hot Forging Equipment in action, featuring its automated feed system for copper and iron bars. You'll see the non-contact heating process, learn how electromagnetic induction efficiently preheats metals for forging, and observe the precise control over heating cycles and temperature patterns that ensures uniform results.
Related Product Features:
High-power 600KW output for efficient heating of large iron and copper bars up to 180mm in diameter.
Automated feed system for continuous operation and enhanced production workflow.
Non-contact induction heating process using electromagnetic principles for clean, precise energy transfer.
Wide operating frequency range of 1-15kHz for optimal heat penetration and control.
Designed for 24-hour continuous duty cycle with 100% efficiency at room temperature.
Integrated water cooling system with temperature protection set at 40°C for safe operation.
Compatible with various international power supplies (3*380V-480V, 50-60Hz).
Energy-efficient process that heats only the workpiece, reducing waste and operational costs.
FAQs:
What materials can this induction forging equipment process?
This equipment is specifically designed for hot forging large iron and copper bars, with a working capacity for diameters ranging from 10mm to 180mm.
What are the main benefits of using induction forging over traditional methods?
Induction forging offers fast heating cycles, precise temperature control, energy efficiency by heating only the workpiece, and a clean process with no toxic byproducts.
What power supply requirements does the 600KW model have?
The DSP-M600KW model operates on 3-phase power of 380V/415V/440V/480V at 50-60Hz, with an operating voltage range of 340V to 480V.
What after-sales support and warranty do you provide?
We offer an 18-month warranty from delivery date or 12 months from receipt. This includes free replacement of non-artificial fault parts, lifetime cost-price spare parts, and potential technician visits for major issues.