Our Printing Processes
At Lyoness Press, we utilise a couple of printing processes to ensure your designs come to life with precision and vibrancy.
Our primary method is DTG printing, which can recreate complex imagery and detailed graphics beautifully onto a range of textiles. When a design requires white ink, we use DTF printing, as our DTG printer does not support white ink. DTF produces vibrant, high-detail transfers using water-based inks and adhesive powder on recyclable PET film.
Direct to Garment (DTG) Printing
Direct to garment (DTG) printing is a method of printing onto textiles designed specifically for cotton garments such as t-shirts and tote bags. This technique uses specialised inkjet technology to apply designs directly onto the fabric, allowing for complex imagery and detailed graphics.
One of the significant advantages of DTG printing is its ability to produce high-quality prints with vibrant colours and fine details. It is particularly effective for intricate designs, photos, and artwork, making it an ideal choice for artists and organisations looking to showcase their artwork on garments.
DTG printing is the most environmentally friendly printing method available. It uses water-based inks, which have a lower environmental impact, and the process generates almost no waste, aligning with our sustainable practices at Lyoness Press.
Direct to Film (DTF) Printing
Direct-to-Film (DTF) printing involves printing a design onto recyclable PET film using water-based inks, then applying an adhesive powder before heat-pressing the design onto fabric. This process enables high-detail, vibrant prints with smooth gradients and strong durability.
DTF is generally considered more sustainable than traditional methods like screen printing because it supports on-demand production, reducing overall waste, and eliminates the need for screen setup. It is also a “dry” process that uses minimal water and often operates at lower temperatures, helping to reduce water and energy consumption.
The key advantages of DTF printing are its efficiency, reduced manpower time, versatility across fabrics, and ability to produce durable, long-lasting prints, making it ideal for custom apparel and small-batch production.
