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Product Description

Basic Information

Model NO. GZB-143
Control Automatic
Frequency Range High Frequency
Electric Current AC
Style Vertical
Transport Package Wooden Frame Packaging
Specification 1500*1300*1500mm
Origin China

Product Description

High Frequency Working Principle

High Frequency (HF) technology is widely used in material processing, especially for welding, sealing, and cutting plastics, films, fabrics, and rubber materials. It works by using electromagnetic high-frequency oscillations to heat the material, achieving the desired effect of bonding or cutting.

HF Machine Principle 1
HF Machine Principle 2
HF Machine Principle 3
Key Features:
  • High Frequency Current Generation: Typically 27.12 MHz or 40.68 MHz for rapid heating.
  • Electric Field Effect: Influences polar molecules to vibrate rapidly, generating internal heat.
  • Rapid and Precise Local Heating: Heats only specific areas without affecting the overall material property.
  • Fast Cooling: Welded areas solidify quickly, significantly improving production efficiency.

Detailed Photos

Detail Photo 1
Detail Photo 2

Product Parameters

Parameter Chart
Parameter Item Specification Details
ModelJK-5KW
HF Power5KW
HF Frequency27.12MHZ
Oscillation Tube7T85RB
Anti Spark SystemNL-5557 high sensitive
RectifierSilicon Diode
VoltageAC 220V-440V 3Phases (Customizable)
Input Power8KVA
Operations ModePneumatic
Pneumatic Max. Pressure500KG
Control MethodHMI Panel + Pedal control
Upper Electrode120*290mm
Lower Platen350*700mm
Heat TempMax. 200°
Packing InformationMachine Size: 1700*1070*1570mm; Weight: 450kg
Machine View 1
Machine View 2

Global Equipment Solutions

Integrated production, sales, and research and development focused on automation equipment manufacturing for global users. Our product development concepts center on high efficiency, intelligence, environmental protection, and compatibility. With standardized intelligent equipment manufacturing bases, we specialize in high-precision engraving machines, cutting machines, and CNC milling solutions.

Our products have passed ISO9001 certification and are exported to the Middle East, Africa, South America, and beyond. We serve the woodworking, mold, packaging, automotive interior, and leather cutting industries with a professional independent R&D team and established technical support.

Service & Advantages

Pre-Sales & After-Sales

  • Inquiry and consulting support with timely response rates.
  • Sample testing and factory viewing availability.
  • Professional training for installation and machine usage.
  • Engineers available for overseas machinery service.
  • Comprehensive online technical support.

Why Choose Our Equipment

  • Replaces skilled labor to reduce operational costs.
  • Automated typesetting software maximizes material utilization.
  • Digital processing reduces employee turnover impact.
  • Shortened supply cycles for better industry competitiveness.
Packaging and Shipping

Frequently Asked Questions

1. What materials are suitable for high-frequency embossing machines?
These machines are ideal for Leather (embossing/cutting), Plastics (thermoplastics), Fabrics, and Rubber & Foam materials.
2. How does the high-frequency embossing process work?
The machine uses high-frequency oscillations to create an electric field. This field causes polar molecules in the material to vibrate and generate heat internally, softening or melting it for precise welding or embossing.
3. What are the main maintenance requirements?
Regularly inspect electrodes and cables, ensure stable pneumatic air pressure, clean the electrical control system, and lubricate moving components to keep the machine running smoothly.
4. What advantages does high-frequency heating offer over traditional methods?
It provides high efficiency, precise control over heat and pressure, and is more environmentally friendly. It allows for localized heating without damaging the surrounding material properties.
5. What should operators pay attention to during operation?
Ensure a stable power supply (typically 3-phase), confirm material compatibility, and ensure all operators are professionally trained in safety procedures and machine settings.
6. Is the power consumption very high?
The machine is efficient as it consumes significant power only during the actual embossing or heating cycle, rather than constant high consumption during standby.

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