Laser Applications for Textile

As a purchasing manager in the apparel industry, you’re constantly fighting the bottlenecks of traditional patch production. You see the high tooling costs and long

You’re looking at different ways to finish embroidered patches, comparing the classic stitched border of a merrow machine to the clean, sharp edge from a

You’ve seen the beautiful, crisp designs laser engraved on felt and want to bring that premium look to your products. So you buy some high-quality,

You’re trying to produce high-performance activewear with stylish, breathable perforation patterns. But your current methods are failing. Mechanical punching causes fabrics to fray after a

You are responsible for producing high-quality filters, but you’re battling a hidden problem: edge fraying. Traditional knife or die cutting leaves microscopic frayed ends on

As a purchasing manager, you specify adhesive-backed Velcro for a new product line. The production team starts running the job on their CO2 laser, and

You’re a production manager looking to upgrade your polyester cutting process. You pull up the spec sheets for two laser machines. Machine A boasts a

You want to create custom designs on canvas bags, shoes, or artwork. You’ve seen stunning examples online and think your CO2 laser is the perfect

Felt cutting by hand is slow and messy. Errors waste material. I found a method that ensures precision and creativity. Laser cutting felt uses a

I see the filtration industry struggle every day. Old cutting methods waste time and fabric. They lead to errors that cost money. But I found

Cutting Cordura by hand is tough. It frays and slows production. I found a way to make it precise and fast. Laser cutting Cordura uses