All Products

​​​​​​TAI-YEN manufactures a comprehensive range of High Frequency (RF) and ultrasonic precision welding equipment. Our products include automated High Frequency (RF) machines, heavy-duty welders, ultrasonic plastic welders, and special purpose machines for auto interiors and medical air beds. We provide complete solutions from automated machinery to molds, horns, and fixtures, ensuring airtight seals and precise assembly for mass production.
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    Door Panel Trim Ultrasonic Welding Machine

    Designed for ultrasonic welding of automotive door panel trims and related components. Suitable horns and fixtures can be configured to match product structures and welding areas, helping improve joining stability, process consistency, and production efficiency.
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    High Frequency (RF) Welding Mold, Horn & Fixture

    Based on product structure, material characteristics, processing areas, and process requirements, we provide design, manufacturing, and machining services for molds, welding horns, and positioning fixtures. These solutions can be used with High Frequency (RF) Welding, ultrasonic welding, and related equipment, with structures and positioning methods planned according to product dimensions, contours, and joining areas.
    From product samples and drawings to actual machine conditions, trial runs and processing tests can be carried out to confirm welding areas, fixture positioning, and process configurations. This helps improve process stability, positioning accuracy, and product consistency while supporting future mass production and equipment integration.
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    Ultrasonic Welding Mold, Horn & Fixture

    Based on product structure, material characteristics, processing areas, and process requirements, we provide design, manufacturing, and machining services for molds, welding horns, and positioning fixtures. These solutions can be used with High Frequency (RF) Welding, ultrasonic welding, and related equipment, with structures and positioning methods planned according to product dimensions, contours, and joining areas.
    From product samples and drawings to actual machine conditions, trial runs and processing tests can be carried out to confirm welding areas, fixture positioning, and process configurations. This helps improve process stability, positioning accuracy, and product consistency while supporting future mass production and equipment integration.