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China Factory Suppliers for Precision Heating Machines - Industrial Gear & Chainwheel Forging Solutions

Precision Heating Solutions for Industrial Gears & Chainwheels – Our China-based factory offers an adjustable power output ranging from 15-60KW, featuring a dual-frequency mode (500Hz-15KHz) that ensures uniform heat penetration in thick metal components, Designed for Forging & Diathermic Processing – This equipment is optimized for high-temperature forging (up to 1200°C), making it ideal for processing alloy steel, carbon steel, and hardened gear materials. As trusted suppliers in the industry, we deliver advanced heating solutions to meet the demands of your manufacturing processes

    Product Description

    • Industrial-Grade Durability – Heavy-duty cooling system (water/forced air) for 24/7 operation in demanding workshop environments.
    • Automation-Ready – CNC-compatible control interface for programmable heating cycles, ensuring repeatable forging quality.

    Ideal for:

    Gear & Sprocket Manufacturing

    Precision induction heating for distortion-free hardening.

    Chainwheel Forging

    High-efficiency heating for industrial conveyor systems and heavy machinery.

    Custom Industrial Diathermy

    Adaptable for large-scale metalworking with modular coil designs.

    Application Scope

    1. Industrial Gear Manufacturing
    Precision Forging:

    High-frequency induction heating for spur gears, helical gears, and bevel gears (up to 1200°C) with uniform heat penetration.

    Hardening & Tempering:

    Optimized for carbon steel, alloy steel, and hardened gear materials to enhance wear resistance and durability.

    2. Chainwheel & Sprocket Production
    Heavy-Duty Forging:

    Efficient heating for industrial conveyor chainwheels, motorcycle sprockets, and agricultural drive components.

    Custom Coil Compatibility:

    Adjustable induction coils for large-diameter sprockets (up to 500mm) and high-volume production.

    3. Automotive & Machinery
    Transmission Parts:

    Induction heating for gear shafts, synchronizer rings, and differential components in automotive manufacturing.

    Heavy Machinery:

    Supports mining, construction, and marine gear forging with high-power (15-60kW) diathermic processing.

    4. Custom Metalworking & Repair
    Tool & Die Maintenance:

    Precision heating for mold repair, press forging dies, and industrial tool reshaping.

    Flexible Applications:

    Compatible with batch forging, automated CNC lines, and manual workshop operations.

    Ideal for industries: Automotive, aerospace, heavy machinery, and metal fabrication.

    Configuration and Performance

    Industrial Induction Diathermic Heating Machine for Chainwheel & Gear Forging

    1. Core System Configuration
    Power Unit:
    • • Output Power: 15-100 kW (adjustable)
    • • Frequency Range: 1-150 kHz
    • • Input Voltage: 3-phase 380V, 50/60Hz (industrial-grade power supply)
    Heating Station:
    • • Induction Coils: Customizable copper coils (ID 50-500 mm) for gears/sprockets of varying sizes
    • • Cooling System: Closed-loop water cooling (flow rate ≥20 L/min) with overheat protection
    2. Performance Parameters
    Heating Capacity:
    • • Max Temperature: 1,250°C (±10°C control accuracy via PID)
    • • Heating Speed: 5-30 sec for 20-50 mm thick steel (energy efficiency ≥92%)
    • • Uniformity: ≤±15°C temperature gradient across workpiece
    Material Compatibility:
    • • Metals: Carbon steel (AISI 1045/1060), alloy steel (4140/4340), stainless steel (304/316)
    • • Applications: Gear blank heating, sprocket hardening, chainwheel tempering
    3. Control & Automation
    Operation Interface:
    • • Touchscreen with preset programs for common forging profiles
    • • PLC integration for automated production lines (RS-485/Modbus support)
    Safety Features:
    • • Overcurrent/overvoltage protection, emergency stop button, IP54-rated enclosure
    Typical Applications:
    • • Automotive gear forging / Mining conveyor sprockets forging
    • • Heavy machinery components / Custom metalworking repairs

    Technical Specifications

    1. Power System
    Input Power 380V/415V ±10%, 3-phase, 50/60Hz
    Rated Power 60-100kW
    Frequency 30-150kHz (auto-tuning for optimal heating depth)
    Duty Cycle 100% continuous operation
    2. Heating Performance
    Temp Range 200-1250°C (PID controlled ±5°C)
    Heating Speed 5-15 sec for small gears (ø50-100mm)
    20-40 sec for large chainwheels (ø300-500mm)
    Efficiency ≥90% energy conversion rate
    3. Mechanical & Control
    Dimensions 1000×800×1200mm (L×W×H)
    Induction Coils Multi-turn copper coils (ID 30-600mm) with quick-change design
    Cooling System Water flow: ≥40L/min @ 0.2MPa (alarm at >45°C)
    Interface 10" touchscreen with 8 preset programs & real-time monitoring

    Main components:

    Frequently Asked Questions

    What is the maximum heating temperature of the induction diathermic machine?
    The machine can reach a maximum heating temperature of 1,250°C. It features high temperature control accuracy of ±10°C (or ±5°C depending on configuration) managed via PID control.
    What metal materials are compatible with this heating system?
    This system is compatible with a wide range of metals, including carbon steel (such as AISI 1045 and 1060), alloy steel (such as 4140 and 4340), and stainless steel (such as 304 and 316).
    Can the induction coils be customized for different sizes of gears and sprockets?
    Yes, the induction coils are fully customizable. We provide multi-turn copper coils with inner diameters (ID) ranging from 30mm to 600mm, featuring a quick-change design with integrated water cooling channels.
    What are the cooling system requirements for continuous operation?
    The machine requires a closed-loop water cooling system. Depending on the power unit configuration, it demands a flow rate of ≥20 L/min to ≥40 L/min at 0.2MPa, and comes equipped with an automatic temperature alarm that triggers at temperatures over 45°C.
    Does the machine support integration with automated production lines?
    Yes, it is automation-ready. The system includes a CNC-compatible control interface and supports PLC integration via RS-485/Modbus communication protocols for seamless operation in automated production lines.

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