When it comes to producing custom apparel, Exclaim.gg offers five versatile production methods to suit a wide range of needs: Screen Printing, Embroidery, Cut and Sew Sublimation (All Over Print), Sublimated Blanks, and Direct-to-Film (DTF). Each method has distinct pricing considerations based on factors such as the number of colors, print areas, and order volume. Here's a breakdown of how each production method works and how pricing scales with bulk:
Exclaim is transitioning from screen printing and direct-to-garment (DTG) printing to the more advanced Direct-to-Film (DTF) printing method. Screen printing, though reliable for bulk orders, has limitations in color matching, order minimums, and setup costs. DTG printing, while offering high detail and color, is restricted by fabric compatibility and ink absorption, which raises production costs. DTF offers a perfect balance, with vibrant prints on a wide variety of fabrics and no minimum order requirements, making it a cost-effective and flexible solution for both small and large custom apparel orders. This shift will enhance Exclaim's ability to deliver quality merchandise with improved production times and affordability.
A comprehensive comparison of three popular textile printing methods: Screen Printing, Direct to Film (DTF) Printing, and Direct to Garment (DTG) Printing. Each method is evaluated based on cost efficiency, durability, setup time, detail and color range, fabric compatibility, environmental impact, and the feel of the print. Screen Printing is highlighted for its cost-effectiveness in large batches and vibrant colors, though it has high setup costs and environmental concerns. DTF Printing offers versatility and high-detail prints without pre-treatment but involves a complex process and can leave a heavier feel. DTG Printing excels in producing detailed, vibrant prints with a soft feel, making it ideal for small orders, though it is less durable and more costly for large production runs. The comparison aims to help businesses and individuals choose the most suitable printing technique for their specific needs.