Len Cox and Sons Excavating is a family-owned and operated business based in Crest Hill, Illinois, serving the Chicagoland area since 1969. With over five decades of experience, the company has established itself as one of the region's most reliable and respected contractors. Their reputation for professionalism and dependable service has driven their continued growth and success in the excavation industry.
Specializing in excavation and underground utilities, Len Cox and Sons offers a comprehensive range of services, including the installation of sewage systems, water mains, storm sewers, and various site preparation tasks. Their expert team is well-equipped with state-of-the-art technology and extensive experience, ensuring that all underground utility installations meet the highest standards of accuracy and quality.
Len Cox and Sons also excels in providing services related to stormwater management, such as the design and installation of detention and retention ponds. The company is committed to effectively managing compliance verification and project oversight for all construction projects.
In addition, their hydro excavation services allow them to utilize safer and more efficient methods of creating trenches for underground piping, which minimizes surface damage and reduces the impact on existing utilities. The company maintains multiple clean fill dump sites, which guarantees that they can dispose of clean fill for their clients throughout the year.
Len Cox and Sons also offers snow removal services, ensuring that commercial businesses remain operational despite adverse winter weather conditions. Their commitment to strategic planning and reliable service makes them a go-to resource for managing snow and ice in commercial settings.
Through their dedication to quality work, customer satisfaction, and a solid reputation within the community, Len Cox and Sons Excavating continues to be a leader in the excavation and underground utilities sector, building lasting relationships with clients across the Chicagoland area.
