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High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

High Frequency (RF) Plastic Welding Machines are suitable for thermoplastic materials such as PVC, TPU, and PET, supporting welding, pressing, edge sealing, and forming processes. They are widely used for automotive components, medical products, packaging, sporting goods, and outdoor products. Machine configurations can be tailored to product materials, dimensions, and process requirements to support stable and efficient production.

Suitable for thermoplastic materials such as PP, PA, ABS, PS, and POM, ultrasonic welding provides fast and stable joining for welding, riveting, and related plastic assembly processes. It is widely used in automotive components, medical and healthcare products, electronics, packaging, sporting goods, and outdoor products. Horns, fixtures, and automation can be integrated according to product structure and process requirements to improve consistency and production efficiency.

Suitable for thermoplastic materials such as PP, PA, ABS, PS, and POM, ultrasonic welding provides fast and stable joining for welding, riveting, and related plastic assembly processes. It is widely used in automotive components, medical and healthcare products, electronics, packaging, sporting goods, and outdoor products. Horns, fixtures, and automation can be integrated according to product structure and process requirements to improve consistency and production efficiency.

Designed for large-format air mattress welding, this machine features a 3-section welding configuration for long workpieces, with a maximum welding length of up to 2400 mm. With suitable tooling and process settings, it supports stable, consistent welding for air mattresses and other large inflatable products.

Designed for automotive door panel trim applications, this machine supports stable heat welding and pressing with suitable tooling and heating configurations. It is suitable for trim components, interior surfaces, and related parts, helping improve joining consistency and production efficiency.

Designed for automotive sun visor production, this machine integrates welding and edge cutting in one process. Suitable tooling and fixtures help improve joining quality, trimming consistency, and overall production efficiency.