Core Advantages
High Efficiency and Energy Saving, Shortened Processing Cycle
High-Frequency Electromagnetic Wave Heating: High-frequency oscillation generates heat through molecular friction within the material, resulting in a heating speed far faster than traditional heat conduction methods. Heating can be completed within seconds, significantly improving production efficiency. For example, in the embossing process of automotive seat fabrics, high-frequency technology can quickly achieve complex patterns such as imitation leather textures and fabric embossing, shortening the processing time per piece.
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Precise Temperature Control: Equipped with a stepless heating and temperature adjustment system, the temperature can be flexibly adjusted according to material characteristics (such as PVC, TPU, and leather) to avoid overheating and material damage, while reducing energy consumption.
Excellent Embossing Effect, Meeting Diverse Needs
Strong Three-Dimensional Effect: The combination of mold pressure and high-frequency heating results in clear embossed patterns with sharp edges and uniform depth. For example, in the anti-slip and edge-pressing treatment of automotive floor mats, high-frequency embossing can achieve millimeter-level three-dimensional textures, improving tactile feel and anti-slip performance.
Supports Complex Processes: Secondary processing such as embossing, welding, and sealing can be completed simultaneously, such as the integrated welding and embossing process for automotive interior door panels, reducing process connection time.
Safe and Reliable, Reducing Operational Risks
Multiple Protection Devices: Equipped with a spark suppression system (automatically cuts off current when a spark is detected), overcurrent protection (power-off protection for the electron tube when current is too high), and electromagnetic interference protection devices, reducing equipment failure and operational risks.
Environmentally Friendly and Pollution-Free: The processing requires no chemical adhesives or solvents, meeting green production requirements and suitable for fields with strict environmental requirements, such as medical supplies (e.g., sealing infusion bags).
Wide Applicability, Covering Multiple Industry Needs
Strong Material Compatibility: Can process PVC, TPU, EVA, leather, fabrics, composite materials, etc., meeting the embossing needs of industries such as automotive interiors, clothing, footwear, bags, and home decoration.
Flexible Mold Replacement: Supports customized molds of different shapes and sizes to adapt to personalized design needs, such as the diverse texture customization of car seat covers.
Easy Operation, Reducing Labor Costs
Intelligent Control: Adopts a PLC touch screen operating interface; parameter settings are intuitive and convenient, and ordinary employees can be trained and put into operation after a short period of time.
High degree of automation: Some models (such as the double-sided automatic sliding table type) can realize the alternating operation of two workstations, and one machine is equivalent to the production capacity of two machines, further saving manpower.