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Best Induction Heater for Knife, Axe, Dagger Forging - China Suppliers & Factory Solutions
Product Description
The system supports customized induction coil based on given workpiece shape and size.
Application Scope
This high-performance induction heating machine is specifically designed for precision forging of cutting tools, including axe chopper blades, knife blades, and dagger blades. It ensures rapid, uniform heating for optimal metal shaping and hardening. Suitable for high-carbon steel, alloy steel, and Damascus steel, the machine enhances blade durability and edge retention. Ideal for blacksmiths, knife makers, and industrial forging workshops, it supports both small-scale custom forging and high-volume production. Features include adjustable power (10-50kW), temperature control (up to 1200°C), and fast cooling options for superior forging efficiency.
Configuration and Performance
1. Core Configuration
- Power System: 40kW adjustable output with dual-frequency mode (500Hz-6000Hz) for precision heating of axe/knife/dagger blades.
- Temperature Control: Up to 1200°C (±5°C) via integrated K-type thermocouple, compatible with high-carbon steel and Damascus alloys.
- Workstation: Modular design with floating clamps (max. 168mm blade width), supporting continuous forging of 6m-long workpieces.
- Safety: RoHS-compliant stainless steel housing with IP54 protection for industrial environments.
2. Key Performance
- Efficiency: 90%+ energy conversion rate (high-frequency inverter tech), reducing forging cycle time by 40%.
- Material Adaptability: Optimized for hard metals (65Mn steel, tungsten carbide) and composite forging processes.
- Customization: Interchangeable induction coils and CNC-compatible interfaces for tactical knife production lines.
- Certification: AS/NZS 60335.2.40 certified, ensuring safety in high-temperature operations.
Note: Supports manual/automated control modes for both small workshops and mass production.
Technical Specifications
1. Power & Frequency
- Output Power: 10-60kW adjustable (supports continuous forging of large blades)
- Frequency Range: 500Hz-150kHz
2. Heating Performance
- Max Temperature: 1200°C (±5°C accuracy) with K-type thermocouple feedback
- Heating Speed: 3-10 seconds for 20mm-thick steel (energy efficiency >90%)
3. Structural Design
- Workstation: Customized induction coil based on client’s workpiece outline
- Cooling System: Cooling water ≥0.2Mpa, ≥10L/min
4. Compatibility & Safety
- Materials: Optimized for high-carbon steel, Damascus alloys, and tungsten carbide
5. Control & Customization
- Interface: Touchscreen + CNC compatibility for programmable forging profiles
- Accessories: Interchangeable induction coils (support manual/automated modes)
Main components:
Frequently Asked Questions (FAQ)
Can the induction heating coils be customized for specific tool shapes?
Yes. The system supports fully customized induction coils designed specifically to match your given workpiece outline, shape, and size.
What types of metals and steel alloys can this machine heat?
This induction heating machine is optimized for high-performance metals including high-carbon steel, alloy steel, Damascus steel, and hard metals like 65Mn steel and tungsten carbide.
What is the maximum heating temperature and its control accuracy?
The machine can reach temperatures up to 1200°C with an accuracy of ±5°C, monitored via an integrated K-type thermocouple feedback system.
What are the power and frequency specifications of this machine?
The output power is adjustable between 10kW and 60kW (with a 40kW configuration output), operating within a broad frequency range of 500Hz to 150kHz.
Does this system support automated production lines?
Yes, it supports both manual and automated control modes. It features a touchscreen interface and CNC compatibility for integration into automated tactical knife and tool production lines.
What certifications and safety standards does this machine meet?
The machine is AS/NZS 60335.2.40 certified and features a RoHS-compliant stainless steel housing with IP54 protection for safe operation in industrial environments.