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I. Clarify Heating Requirements and Process Specifications

The core is to accurately match key parameters of the production scenario:
Heating Object: Determine the equipment adaptation direction based on the electromagnetic induction characteristics of different metals such as steel, copper, aluminum, and stainless steel;
Process Links: Specify temperature control, heating depth, and uniformity standards according to requirements for pre-forging heating, welding, annealing, quenching, smelting, etc.;
Production Rhythm: Mass production requires emphasis on high power and automated configurations, while small-batch customization can flexibly select basic models.

II. Match Equipment Power and Frequency

Power and frequency are core performance indicators that directly affect heating results:
Power: Determines heating speed and energy supply. Avoid insufficient power leading to low efficiency or excessive power causing energy waste;
Frequency: Controls heating depth—low frequency is suitable for overall heating/large workpieces, medium frequency for forging heat penetration, welding, and smelting, and high frequency for surface quenching and small workpiece processing. Select reasonably according to workpiece specifications.

III. Evaluate Equipment Stability and Control System

Key to ensuring long-term reliable operation:
Core Components: Prioritize equipment with high-quality power modules such as IGBT or MOSFET to improve stability;
Protection Functions: Essential multiple protections including overvoltage, overcurrent, phase loss, and cooling water underflow protection to avoid operational risks;
Control System: Prefer equipment with intelligent operation interfaces, closed-loop temperature control, and automated linkage functions to ensure stable production efficiency and quality.

IV. Focus on Energy Consumption and Environmental Performance

Align with green production needs:
Energy Efficiency: Choose equipment with an electrical energy conversion rate of over 90%, combined with an efficient water cooling system to reduce operating costs and energy loss;
Environmental Friendliness: Prioritize models with no open flames or exhaust gas emissions to meet modern factory environmental standards.

V. Assess Equipment Supporting and Automation Level

Adapt to the linkage needs of modern industrial production:
Supporting Mechanisms: Select automatic feeding and discharging devices as needed to ensure compatibility with existing transmission lines, robots, and other equipment;
Intelligent Linkage: Equipment that supports process parameter storage and recall, and linkage with MES systems can significantly improve efficiency and reduce labor costs.

VI. Verify After-Sales Service and Brand Reputation

Reduce long-term usage risks:
Service Guarantee: Confirm that the manufacturer provides installation and commissioning, operation training, long-term technical support, and vulnerable parts supply services;
Brand Selection: Prioritize brands with good market reputation and high credibility to ensure equipment quality and after-sales response speed.