XF 301 35cm XP600 Single Head DTF Textile Printer

Scale your custom apparel business without sacrificing floor space or capital. The demand for durable, vibrant, and complex textile prints requires a system that bridges the gap between desktop hobbyist setups and oversized, high-overhead industrial machinery. By implementing a dedicated 35 cm Direct-to-Film (DTF) workflow, print shops can rapidly produce high-definition, wash-resistant transfers for garments of any color or fabric composition, drastically reducing setup times and maximizing profit-per-print.

Advanced Industrial Performance

The XF 301 35 cm XP600 Single Head DTF Textile Printer is engineered to deliver continuous, reliable production within a highly optimized footprint. Built upon a rugged, heavy-duty industrial chassis, this machine minimizes mechanical vibrations during high-speed carriage movements, ensuring dot-placement accuracy that is critical for fine text and intricate vector designs. At its core is the Epson XP600 printhead, celebrated in the digital textile industry for its cost-effective performance and high-resolution output of up to 1440 DPI. The XF 301 balances speed and precision, capable of delivering consistent production speeds ideal for small-to-medium print runs, on-demand personalization, and rapid prototyping. Its robust linear guide rails and high-torque stepper motors ensure smooth, silent carriage travel over hours of continuous operation. By prioritizing structural rigidity, the XF 301 eliminates banding issues common in lighter-weight desktop conversions, providing commercial print shops with a dependable workhorse that maintains tight registration even during multi-pass white ink under-laying. This industrial-grade stability translates directly into lower reject rates, faster turnaround times, and a highly predictable cost of production for your custom apparel business.

Core Technology & Media Handling

Designed specifically for the seamless handling of 35 cm PET transfer films, the XF 301 features an integrated roll-feeding and automated take-up system that maintains precise tension control throughout the printing cycle. This prevents film buckling and head strikes, which are major causes of printhead damage. The system is paired with an inline powder shaking and curing unit that automates the entire DTF process. Freshly printed film passes smoothly into the powder applicator, where TPU (Thermoplastic Polyurethane) adhesive powder is evenly distributed across the wet ink. An adjustable automated shaker removes excess powder, recycling it to reduce waste. The film then moves into the high-efficiency infrared curing tunnel, which features digital temperature controls to ensure the powder is perfectly gelled without scorching the PET carrier film or boiling the inks. This synchronized media handling path guarantees that rolls are wound tightly and are immediately ready for heat-press application or storage.

Compatible Media & Profitable Applications

Unlike traditional screen printing or direct-to-garment (DTG) methods, the DTF technology of the XF 301 does not require fabric pre-treatment, unlocking a massive array of profitable applications across diverse textile markets. You can easily transfer vivid designs onto:

• Natural Fibers: 100% cotton, organic cotton, linen, and canvas, perfect for premium streetwear, eco-friendly tote bags, and custom home textiles.
• Synthetic Fabrics: 100% polyester, nylon, and spandex, ideal for high-performance sportswear, activewear, and team jerseys that require stretchability.
• Blended Materials: Poly-cotton blends, tri-blends, and fleece, allowing for seamless decoration of hoodies, sweatshirts, and promotional apparel.
• Specialty Substrates: Denim, leather, caps, and heavy workwear jackets, enabling print shops to diversify their product offerings into high-margin industrial and fashion niches.

The resulting transfers exhibit exceptional wash-fastness, stretch recovery, and a soft-hand feel that rivals traditional screen printing, ensuring your customers receive retail-grade garments that do not crack, peel, or fade over time.

RIP Software & Color Management

Achieving color accuracy and dense, opaque white under-layers is critical in DTF printing. The XF 301 is fully compatible with industry-standard RIP software platforms, including MainTop and PhotoPrint (Flexii), giving operators precise control over ink density, halftone generation, and ICC color profiling. Operating on a CMYK + White ink configuration, the system utilizes the single XP600 printhead split-channel design to print the color image and the white backing simultaneously in a single pass. To prevent the settling of heavy titanium dioxide particles in the white ink—a primary cause of head clogging—the XF 301 is equipped with an active white ink circulation system. This system continuously agitates and circulates the white ink from the sub-tank through the dampers. Combined with precise RIP-controlled white ink choking and under-base generation, the printer delivers brilliant, punchy colors on dark and black garments without any white ink peeking out from the edges of the design.

Maintenance & Operational Safety

To ensure long-term printhead health and a safe working environment, the XF 301 incorporates advanced maintenance systems and physical safety features. Adhering to a structured maintenance routine maximizes uptime and protects your investment:

• Automated Capping Station: Keeps the XP600 printhead sealed airtight when idle, preventing ink dehydration and nozzle clogging.
• Daily Flushing Routine: Simple, software-driven daily purge and wipe sequence clears any residual ink from the nozzle plate in under five minutes.
• White Ink Agitation & Circulation: Keeps white channels flowing freely, reducing the need for manual head cleaning and conserving ink.
• Emergency Stop Switch: Prominently located on the chassis to instantly halt all mechanical movement and heating elements in the event of a media jam.
• Integrated Fume Extraction Port: Allows connection to an external air filtration system to safely vent TPU powder melting vapors, maintaining a clean workshop environment.
• Anti-Collision Sensors: Mounted on both sides of the carriage to instantly pause printing if an obstruction or film wrinkle is detected, preventing costly printhead damage.