From equipment covers and protective padding to a wide range of custom components, our solutions are made to withstand heavy use and harsh environments.
Our expertise spans product engineering, industrial sewing, textile integration, and contract manufacturing. With decades of experience, we know how to build for durability without compromising precision or efficiency. We operate as an extension of your team delivering solutions that work as hard as your customers do.
Our capabilities include automated textile cutting, advanced sewing techniques, and the integration of performance materials such as heavy-duty vinyls, foams, and technical textiles. We produce to spec, at scale, with a relentless focus on consistency, safety, and longevity.
Based in the Midwest, our facility is equipped to meet the evolving needs of industrial manufacturers. Our robust quality control processes ensure every product is built to perform day in, day out.
When downtime isn’t an option and reliability is mission-critical, LJ Design & Manufacturing delivers. We’re more than a supplier—we’re a trusted manufacturing partner that gets it right the first time.
Eyewash Station Heater Jacket
Specializing in commercial washrooms and industrial safety products, Bradley Company is known for innovative design. One standout product—a portable, gravity-fed eyewash station—offered a convenient safety solution. But in colder climates, it needed an upgrade: protection from freezing temperatures. The answer? A custom heater jacket.
Designing this sewn component required advanced sewing and design capabilities, precision engineering, and familiarity with regulatory standards—not something most manufacturers could provide.
Fortunately, Bradley had already partnered with LJ Design & Manufacturing on other sewn products and knew we had the expertise to take on this challenge.
Meeting the Specs
The heater jacket had to do more than retain warmth—it needed UL certification due to its contact with a heating element. It also had to prevent freezing in temperatures as low as -10°F (-23°C), making material selection a critical factor.