| Customization: | Available |
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| Max. Paper Size: | 300mm |
| Automatic Two-sided Printing: | Not Support Automatic Two-sided Printing |
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| Heat Transfer Printers | |||
| Model | HOLDWIN-302F | Power | 1000W |
| Printer Heads | F1080×2 | Ink Supply Method | Siphon Positive Perssure Ink Supply |
| Media Transfer | Pendulum Film Placing System | Equipment Width | Net Weight 82 Kg/Gross Weight 102 Kg |
| Work Environment | Temperature:18-30ºC Humidity:40-60% | Ink Color | CMYK+W |
| Effective Width | 300mm | Machine Dimensions | 1100×640×1020mm |
| Input Power Supply | 200V 4.5V/110V 9A | Package Size | 1440×760×660mm |
| Ink Type | Paint Ink | Printer Interface | High-Speed Gigabit Network Cable Transmission |
DTF printing has come a long way from its experimental roots to become a staple in the garment decoration industry. This innovative technology has steadily gained traction, offering a unique combination of efficiency, quality, and versatility. Let's take a stroll through the history of DTF printers, exploring its origins, advancements, and how it has shaped the industry as we know it.
DTF printing, or Direct-to-Film printing, made its debut in the early 2000s. It was conceived as a solution to the limitations of traditional printing methods like screen printing and heat transfers. Unlike these older techniques, which required extensive setups and were often cost-prohibitive for small runs, this new printing method introduced a more flexible and scalable option. This new method allowed for high-quality prints to be transferred from film to fabric with minimal setup, making it accessible to businesses of all sizes.
In its early days, DTF printing faced challenges typical of any pioneering technology. The process of printing directly onto a film and ensuring a smooth, vibrant transfer to fabric was complex. However, the potential benefits of this approach-such as reduced production time and the ability to produce intricate designs-drove continuous innovation and improvement.
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