16 X 24 Sublimation Heat Press Machine
Print all products with this 16 X 24 Sublimation Heat Press Machine :- T-Shirts ,Hoodies, Photo Frames, Cushion, Sando, Crop Top, Sweatshirts, Mask, Cotton Bag, Any Flat products available here. 16″ x 24″ Industrial-Quality Digital Sublimation Heat Transfer. Machine T-Shirt Heat Press Machine, 40 x 60 cm.
Ditto Boss is a registered Trademark. Brand New Industrial-Quality Sublimation Heat Press Machine-Voltage:220V; Power: 1400W.
Press-casting aluminum heating plate with teflon coating,don’t need coated sheet anymore;Printing Area:16″ x 24″ (40 x 60cm);
Special Thickened Aluminum Heating Plate make the even and stable temperature over the heating plate; Professional in heat transfer printing on t-shirt, bags, puzzles, mouse pads etc;
The silicon pad can endure maximum 350 degree without any distortion.
Sublimation Transfer Printer Working Area: 16 x 24 inch (40 x 60 cm). Voltage: 110V AC; Temperature Range: 0 to 480°F (0 to 250°C). Timing Range: 0 to 99 seconds. The 16×24 heat press is useful for creating beautiful patterns on your own T-shirts.
Our heat press Machine T-shirt printing machine utilises a teflon-coated heating platen, which is non-stick and kind to fabric. It is also simple to clean up after heat pressing and produces an even, steady temperature over the heating plate.
Set the necessary temperature and time in a controller box with a digital display for various purposes. The countdown will terminate with an alarm sound being played.
The 16×24″ Sublimation Heat Press Machine from Ditto Boss is perfect for home workshops, small studios, and professional and amateur uses. Simple process for printing vibrant images and characters on cotton fabric; use for mouse.
More Products :- https://dittoboss.com/product-category/sublimation-blank-products/
16 X 24 Sublimation heat press machine in Place the T-shirts on the working plate at the bottom. Pull the handle down, and the T-shirts will begin to heat and transfer evenly. Turn the pressure adjustment knob easily to achieve the desired pressure for different materials and thicknesses.