Learn About Our Machines - Barudan Embroidery

Here at Austin Embroidery Co we only use the best equipment, and with a pair of six-head Barudan embroidery machines alongside a pair of single heads, we couldn’t be happier with the machinery we have in-house to bring you the highest-quality garments and merchandise.

Barudan embroidery machines have quietly shaped the textile and apparel industries for decades, earning a reputation for precision, durability, and innovation. Founded in Japan in 1959, Barudan began as a manufacturer focused on advancing embroidery technology at a time when much of the industry still relied on manual or semi-mechanical processes. From the outset, the company emphasized engineering excellence—an approach that would define its trajectory.

In the 1960s and 70s, Barudan played a key role in the transition from hand-guided embroidery to automated multi-head machines. These early systems allowed manufacturers to scale production dramatically while maintaining consistent stitch quality. By the 1980s, Barudan was among the pioneers integrating computer control into embroidery machines, enabling digitized designs to be stitched with remarkable accuracy. This shift didn’t just improve efficiency—it opened the door to entirely new creative possibilities.

As global demand for customized apparel grew in the 1990s and 2000s, Barudan continued refining its technology. The company introduced high-speed machines, improved thread control systems, and more intuitive software interfaces. These advancements made it easier for both large factories and small embroidery shops to produce complex designs with minimal error.

Today, Barudan machines are used worldwide, from mass production facilities to boutique studios. Despite rapid changes in manufacturing technology, the company has maintained a consistent focus on reliability and craftsmanship. For many professionals in the embroidery world, Barudan represents a blend of tradition and innovation—a reminder that even in a digital age, the art of stitching still depends on precision engineering.