VEVOR Heat Press, 15×15 Power Heat Press Machine, Fast Heating, High Pressure Heat Press Machine for T-Shirt, Digital Industrial Sublimation Printer for Heat Transfer Vinyl, Easy to Use, Black


Price: $208.99 - $133.94
(as of Nov 12,2022 02:54:31 UTC – Details)



VEVOR Heat Press, 15×15 Power Heat Press Machine, Fast Heating, High Pressure Heat Press Machine for T-Shirt, Digital Industrial Sublimation Printer for Heat Transfer Vinyl, Easy to Use, Black
15 x 15 Heat Press: VEVOR heat press with larger heating pad in size of 15×15″, enables to ransfer colorful pictures and characters onto flat items of all size. Silica-gel pad and Teflon coating are adopted to achieve quicker heating speed and better transfer effect. It can also reduce unpleasant smells during operation and reaches a service life of 20,000 hours.
Digital Control Board: This heat press is equipped with a digital precise control panel, helping you accurately regulate the temperature and time. Temperature Range: 0 – 482℉/0 – 250℃; Time Control: 0 – 999 seconds; Power: 1200 W; Voltage: 110 V.
Adjustable Pressure Knob: The tshirt printing machine features a full-range knob which You can use to adjust the pressure by turning the the knob clockwise or counterclockwise on the basis of thickness of materials you’re transferring. Please try a few times to set the desired pressure. Outfitted non-slip rubber grip also brings you a comfortable user experience.
Easy to Use: VEVOR 15″x15″ shirt press is a great choice for industrial, professional and home use. It suitable for T-shirts, pillows, bags, phone shells, etc. and can quickly transfer colorful pictures and characters onto textiles such as cotton, cloth, HTV, ceramics, glasses, fabrics, flax, nylon, etc. Soft heating liner is applied for accommodating various kinds of materials.
Operation Security: Silica-gel pad with flame-retardant materials and Teflon coating effctively avoid scorching and burning while using the 15×15 heat press machine. It will automatically beep or shut off when the transfer is done, reducing the possibility of overheating.

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