Demand continues to grow for the strong, light-weight, durable, and complex composite materials that have revolutionized the aerospace, automotive, marine, wind energy, construction, healthcare, sporting goods, and consumer products industries. Historically, many of these materials were manufactured using autoclave technology, which applies steam, heat, and high pressure in a liquid nitrogen environment to create the low-to-no void bonds necessary to create composite components. However, the extremely capital-intensive equipment costs, high operational costs, slow curing cycle times, production constraints, and limited pressure-vessel size associated with autoclaves have prompted manufacturers to seek more versatile, less costly, out-of-autoclave, composite-curing solutions. Gruenberg announces the