Grady & Associates, LLC, founded in January 2001 by Grady Cook, is a leading provider of engineered structural support systems, primarily utilizing strut fabrication techniques. With nearly two decades of experience prior to launching the firm, Grady identified a significant gap in quality and customer service within the strut-framing specialty contracting industry. His vision was to establish a company that prioritized first-class service tailored to meet client needs, distinguishing Grady & Associates from both large and small providers at the time.
Initially focusing on medical equipment support, including systems for X-rays and lights, Grady & Associates has expanded its expertise and services across various strut channel applications. The company’s team is skilled in designing, engineering, furnishing, and installing strut-related products in collaboration with renowned manufacturers such as Unistrut™, B-Line™, Power-Strut™, and Hilti™.
With operational bases in Atlanta, Georgia, and Houston, Texas, Grady & Associates has a broad service area extending from Washington to Massachusetts and New Mexico to Florida. Their commitment to overcoming logistical challenges allows them to serve clients on any project, regardless of location.
The company’s holistic approach ensures effective communication and cooperation among architects, engineers, contractors, and vendors, enabling a smooth integration of support solutions from conception through to completion. Grady & Associates prides itself on delivering complete solutions that adapt to diverse project requirements, alleviating common subcontractor headaches for clients.
Strut construction provides advantages over traditional materials, like flexibility in design and installation, fewer logistical obstacles, and enhanced structural integrity. Grady & Associates leverages these benefits, underpinned by their focus on reliability and a solid customer service philosophy embodied in their 'Whatever It Takes' attitude. This has established them as a trusted partner for complex structural support challenges across the U.S.
