In the field of industrial heat transfer printing equipment, the M-770 White Ink Heat Transfer Printer has become the preferred choice for many manufacturers due to its precise core configuration. Among them, printhead type and printing speed, as key indicators determining production efficiency and output quality, directly affect an enterprise's production plans and order delivery capabilities, and their technical details and actual performance are worthy of in-depth exploration.

I. Printhead Type: Flexible Dual-printhead Configuration to Meet Diverse Production Needs

The M-770 White Ink Heat Transfer Printer innovatively adopts a dual-printhead design (supporting flexible combination of 1-2 printheads) and is compatible with two mainstream Epson piezoelectric printhead models. This fundamentally ensures the equipment's adaptability and stability, meeting the production needs of enterprises of different scales.

(1) XP600 Printhead: A Cost-effective Option for Small-to-medium Batch Production

As a classic representative of Epson piezoelectric printheads, the XP600 printhead is highly recognized in the industry. Its core advantages lie in excellent stability and affordable cost. The ink droplet volume is accurately controlled at approximately 3.5 picoliters, enabling precise ink ejection to ensure uniform color and clear edges of patterns. For merchants engaged in small-to-medium batch production, the XP600 printhead not only effectively controls consumable costs but also meets the production requirements of daily heat transfer printing orders, such as the printing of patterns on small-batch customized T-shirts in the garment industry and accessories like hats and shoes. In actual production, even with continuous operation for more than 8 hours, the XP600 printhead can still maintain a stable printing state, reducing production interruptions caused by equipment failures and saving maintenance time and costs for enterprises.

(2) S3200 Printhead: High Precision and High Efficiency to Support High-end Heat Transfer Printing Production

Compared with the XP600 printhead, the S3200 printhead has achieved further breakthroughs in technical performance. Its minimum ink droplet precision can reach 1.5 picoliters, which is only about half the ink droplet volume of the XP600 printhead. It can present pattern details more accurately and achieve smoother color transitions and gradient effects, perfectly meeting the needs of high-quality heat transfer printing, such as complex patterns on high-end clothing and fine designs on home decorative paintings. At the same time, the S3200 printhead has a faster ejection frequency, which can eject more ink droplets per unit time, significantly improving printing efficiency.

In addition, both printheads adopt advanced micro-piezoelectric inkjet technology, which realizes ink ejection through the micro-deformation of piezoelectric elements, generating almost no waste ink. This not only reduces ink consumption but also minimizes environmental pollution. More notably, they are compatible with various ink types such as water-based inks, thermal sublimation inks, and weak solvent inks, and can adapt to common heat transfer materials like PP paper, transfer films, and car stickers, further expanding the application scope of the equipment.

II. Printing Speed: Intelligent Adjustment by Scenario to Balance Efficiency and Precision

The printing speed of the M-770 White Ink Heat Transfer Printer is not fixed; it is closely related to the resolution (dpi) and printhead model. Through multi-level adjustment, it achieves flexible balance between efficiency and precision, meeting the production requirements of different orders.

(1) XP600 (2-printhead) Combination: Stable Output for Small-to-medium Orders

In the XP600 (2-printhead) combination mode, the equipment exhibits different printing speeds based on different resolutions:

• Low resolution (720×720dpi, 3PASS): The printing speed can reach 13㎡/h. This level is suitable for rapid prototyping or the production of large-format low-precision patterns. For example, after an enterprise receives a new order, it can quickly print samples at this level to allow customers to confirm the design effect in a timely manner and shorten the communication cycle; for large-scale car sticker patterns used in outdoor advertising, low resolution can already meet visual needs, and the speed of 13㎡/h can quickly complete mass production.

• Medium resolution (720×1080dpi, 4PASS): The speed decreases to 10㎡/h. This level further improves image quality while ensuring efficiency. In the mass production of clothing, such as the printing of common cultural T-shirts, it is necessary to ensure that patterns are clearly distinguishable while balancing production efficiency. The speed of 10㎡/h can meet the production needs of hundreds of pieces of clothing per day.

• High resolution (720×1440dpi, 6PASS): The speed is 7㎡/h. This level is specifically designed for heat transfer patterns with rich details. For example, for children's clothing patterns containing fine text and complex patterns, high-resolution printing can ensure that the text is clear without blurring and the pattern details are fully presented, safeguarding product quality.

(2) S3200 (2-printhead) Combination: High-efficiency Output to Empower Large-scale Production

Relying on the technical advantages of the printhead, the S3200 (2-printhead) combination achieves a significant increase in printing speed at all resolution levels:

• Low resolution (720×720dpi, 3PASS): The speed soars to 28㎡/h, which is more than twice the speed of the XP600 (2-printhead) combination at the same resolution level. For large-scale mass production, the advantage of this level is particularly prominent. For instance, during the peak promotion period of e-commerce platforms, when garment enterprises receive orders for tens of thousands of identical T-shirts, the speed of 28㎡/h can greatly shorten the production cycle and ensure timely order delivery.

• Medium resolution (720×1080dpi, 4PASS): The speed remains at 21㎡/h, maintaining high-efficiency production while ensuring color delicacy. Taking the production of high-end home decorative paintings as an example, medium resolution can already present rich color layers, and the speed of 21㎡/h can meet the needs of bulk supply and enhance the enterprise's market response capability.

• High resolution (720×1440dpi, 6PASS): The speed is 15㎡/h. Even in the high-precision mode, it is still far faster than the high-resolution speed of the XP600 (2-printhead) combination. For high-end customized clothing brands that need to present complex embroidery-style patterns on fabrics, high-resolution printing is crucial. The speed of 15㎡/h can improve order processing capabilities while ensuring quality.

Conclusion

The M-770 White Ink Heat Transfer Printer has built a comprehensive production solution through the innovative design of "dual printheads + multi-resolution adaptation". For small and medium-sized merchants focusing on cost control, the XP600 printhead combined with flexible speed levels can reduce production costs while ensuring quality; for enterprises pursuing high-end quality and high-efficiency production, the high-precision and high-speed advantages of the S3200 printhead can meet the production needs of large-scale high-end heat transfer orders.

Its printing speed covers a wide range of 7-28㎡/h, and enterprises can flexibly adjust equipment parameters according to the order quantity and pattern precision requirements to achieve optimal allocation of production resources. Whether in traditional heat transfer fields such as clothing, hats, shoes, and home decoration, or in the emerging personalized customization market, the M-770 White Ink Heat Transfer Printer can rely on its excellent performance to become a powerful assistant for enterprises to enhance their competitiveness, and it can be called an industrial heat transfer printing equipment with both practicality and adaptability.