Acekid 15x24" Heat Press Machine, Digital Sublimation, T-Shirt Transfer, Combo Hat Press, Sublimation Press for T-Shirts, Mugs, Caps

<p>Voltage Frequency:</p> <p>230V~ 50Hz</p> <p>Power:</p> <p>1700W</p> <p>Temperature Range: 32-570°F/0-299℃</p> <p>Timer Control: 0-999 seconds</p> <p>Material: Metal Q235B</p> <p>Platen Size:</p> <p>16x24in /40x60cm</p> <p>Product Weight: 61 lbs/27.7 kg</p>

• Innovative Double-Tube Rapid Heating Technology: The Heat Press Machine features the latest double-tube rapid heating system which significantly enhances heating efficiency by quickly and evenly distributing heat. This advanced technology improves temperature consistency by up to 50% ensuring a uniform heating experience that guarantees outstanding quality in T-shirt printing.
• Enhanced Precision Control: Equipped with silver alloy electrical contacts and high-precision temperature sensors this heat press machine offers superior control compared to traditional models. Its precision control function enhances sensitivity by 50% allowing for accurate temperature regulation.
• Versatile Applications: This heat press machine is designed to cater to a wide array of application needs. It excels in transferring images onto various items including shirts pants pillows bags and table mats. Whether you are working on personal DIY projects or managing a small business this versatile machine serves as a reliable partner in bringing your creative ideas to life.
• Adjustable Pressure Control: Featuring a full-range adjustable knob the T-shirt printing machine allows users to modify pressure settings based on the thickness of the materials being used. This flexibility ensures a more personalized and refined printing effect enhancing the overall quality of your work.
• Safe and Dependable Operation: The Heat Press Machine prioritizes safety with its flame-retardant silicone pads and Teflon coating effectively preventing burns and scorching during use. Designed with user safety in mind it automatically alerts users with a beep or shuts off after the transfer process is completed minimizing the risk of overheating.