With laminating machine, everything can be transferred
The XP600 printhead delivers exceptionally detailed logos.
As the core component of the equipment, the XP600 printhead is renowned for its high-precision printing, laying a solid foundation for the quality of UV labels and stickers. Its 1440dpi resolution accurately captures every detail of the design—from the subtle lines of a brand logo, dense product specifications, to complex anti-counterfeiting patterns—all appear crisp and clear on the transfer film. The XP600 printhead offers exceptionally precise control of UV inks, supporting CMYK + white multi-color printing. Color saturation is 30% higher than with traditional printers, and gradients are smooth and natural. Even distinctive hues like metallic and fluorescent colors are perfectly reproduced, making labels more visually impactful.
Large Printing Format, Doubles Batch Production Efficiency
The device's large printing format design completely overcomes the production limitations of small-sized transfer films. Whether it's a single, large-format product label or a roll of small labels and stickers, it can be printed efficiently. For example, traditional equipment can produce 800 labels per hour for beverage bottle labels. However, this device, with its large size and continuous printing capabilities, can reach 1,500 per hour, nearly doubling efficiency. For businesses requiring batch production, this means faster response to orders and shorter production cycles. It's particularly suitable for time-sensitive applications like e-commerce customization and gift processing.
Built-in laminator for enhanced transfer durability
Unlike standard transfer printing equipment, this machine features an integrated laminating function. After printing, the transfer film is immediately processed through the laminator, forming a transparent protective film. This protective film not only enhances the abrasion and scratch resistance of the transferred image, but also improves its water and UV resistance. Laminating ensures that outdoor equipment labels withstand the elements, extending their lifespan to over three years. Even on labels for everyday products subject to frequent water contact, the design will not fade or blur. Furthermore, the laminated transfer film exhibits enhanced adhesion, allowing it to adhere more securely to various surfaces and reducing the risk of peeling during the transfer process.
Compatible with all product categories, breaking material restrictions
"Transfer printing on any product" isn't just a gimmick. This device supports transfer printing on nearly all common materials, including metal, plastic, glass, ceramic, wood, and fabric, achieving stable transfers on flat or curved surfaces, smooth or rough. In the electronics sector, personalized designs can be transferred onto plastic casings like phone cases and headphone cases. In the restaurant industry, brand logos can be customized on glass cups and ceramic bowls. In furniture decoration, vintage patterns can be transferred onto wood surfaces, creating a look comparable to hand-painted artwork. Even on fabric backpacks and T-shirts, a special transfer process allows for long-lasting, clear patterns. After using this device, a custom gift company expanded its business from three material categories to over ten, and saw a 50% increase in orders.
Smart and convenient operation, even beginners can quickly master it.
The machine's intelligent operating system simplifies the complex transfer process. Users simply import the design file via the touchscreen and select the appropriate material mode (the machine has a built-in library of over 200 material parameters). The entire printing and laminating process is automatically completed, eliminating the need for manual parameter adjustments. For curved products, the machine also features a 3D transfer assist function that precisely calculates the curvature and pressure to ensure a perfect fit for the transfer film. Even first-time operators can independently complete production after just one hour of training, significantly reducing labor costs and the risk of operational errors.