Griffin Groundworks are thrilled to be part of a groundbreaking project with Bell Equine. Our journey takes us into the realm of equine groundworks in Kent as we spearhead the transformation of their facilities for a cutting-edge CT scanning facility for horses – a pioneering endeavor that’s set to reshape equine healthcare.
At the heart of this venture lies the stable strip-out and full groundworks package. We’re crafting the foundation for a state-of-the-art CT scanning facility that’s destined to be one of the few of its kind in the entire country. The scope of our groundworks isn’t just about construction; it’s about advancing equine healthcare and setting new standards.
Our groundworks encompass a range of tasks that are as intricate as they are essential. From trenching and pit excavation to precise formation work, every move is calculated to create a solid foundation for this innovative facility. The tanking of the pit and concrete works ensure not just durability but the safeguarding of the facility’s cutting-edge technology.
The equine groundworks in Kent that we’re executing for Bell Equine also extend to internal improvements. Our expertise will be evident in the all-new internal blockwork that will define the facility’s spatial arrangement and structural integrity.
This project isn’t just about construction; it’s about progress, innovation, and the well-being of our equine companions. To be part of a venture that’s poised to revolutionize equine healthcare is not just an honor but a testament to our commitment to excellence.
In conclusion, our partnership with Bell Equine exemplifies our dedication to elevating equine care through ground-breaking construction. With every trench dug, every pit formed, and every block laid, we’re setting the stage for a facility that’s not just advanced in technology but also in its positive impact on equine well-being. If you’re seeking to redefine equine healthcare through innovative groundworks, let us be the artisans who shape the future of equine well-being with you.