ORIC 丨 UV3D no shake powder hot stamping imitation embroidery printing new technology, production finished product full process, fast observation!

ORIC 丨 UV3D anti shake powder hot stamping imitation embroidery printing new technology, production finished product full process, fast observation!

UV imitation embroidery printing technology is an innovative technology that combines shake free powder hot stamping digital printing to simulate traditional embroidery effects in both visual and tactile aspects.

The ORIC A3 UV DTF printer combines UV printing technology with film transfer printing technology, which can achieve various printing effects and transfer to various materials such as textiles, ceramics, metals, etc. Compared to traditional printing methods, UV DTF printers use ultraviolet light to quickly cure ink, allowing patterns to dry immediately and presenting vibrant colors and exquisite details.

01UVDTF Embroidery Advantage

Realistic effect: imitating the three-dimensional stitches, threads, and luster of embroidery, especially difficult to distinguish with the naked eye on decorations and clothing;

No need for traditional embroidery: eliminates complex manual or machine embroidery processes, suitable for small batches and personalized customization;

Multi material applicability: can achieve "embroidery" effect on non-woven fabrics (such as acrylic, metal);

Rapid production: single printing molding, no need to change threads or print patterns, far exceeding traditional embroidery efficiency;

Lower production costs: Traditional embroidery is expensive, while UV DTF technology can achieve similar effects at a lower cost;

Environmental sustainability: Many UV DTF devices use low VOC inks, reducing their impact on the environment and minimizing material waste.

02 Application Scenarios

Clothing industry: Clothing manufacturers are widely adopting UV DTF technology to directly print embroidery style designs onto clothing, eliminating the need for traditional embroidery to puncture fabrics, significantly reducing costs and improving production efficiency;   

Accessories and footwear: Designers use UV DTF technology to decorate bags, hats, shoes, and other accessories to make products more visually appealing;   

Home Decoration: UV DTF technology can be applied to home decorations such as pillows and wall hanging, achieving personalized and high-quality decorative patterns;   

Promotional gifts: Enterprises can use UV DTF technology to print imitation embroidery designs on promotional materials such as handbags, hats, banners, etc., to enhance brand influence;   

Customized clothing and signage for enterprises: UV DTF printers can produce workwear and accessories with company logos, and the 3D effect makes the logos more eye-catching and high-end.With the continuous growth of consumer demand for personalized and high-quality textiles, traditional embroidery techniques are facing challenges such as low production efficiency, high costs, and difficulties in design changes. Digital UVDTF technology has gained widespread attention in the textile industry due to its flexibility, fast response capability, and environmental characteristics. The A3UVDTF3D anti shake powder hot stamping printer, as an emerging device, provides new possibilities for innovation in imitation embroidery technology with its high precision, multi material adaptability, and environmental advantages.

03A3UVDTF shake free powder hot stamping process

Based on the technical characteristics and market demand of A3UVDTF printer, we have launched a complete new solution for imitation embroidery technology. The core of this solution lies in developing specialized UV ink and specialized hot stamping materials, as well as optimizing printing parameters to achieve realistic printing and embroidery effects. In terms of material selection, we have screened thin film substrates with appropriate elasticity and surface tension to ensure that printed patterns can be perfectly transferred to various textiles.

Firstly, use professional design software to create or import embroidery patterns; Secondly, the pattern is accurately output onto a dedicated hot stamping film using an A3UVDTF printer; Then, the printed film is subjected to pressure and heat transfer processing; Next, use a hot pressing device to transfer the pattern onto the target fabric; Finally, necessary post-processing is performed to ensure the durability of the pattern.