The Mecalac TA1EH site dumper is the industry standard for small-scale construction, landscaping, and urban renovation projects. With a 1,000kg payload and a specialised high-tip skip, this machine allows operators to discharge loads directly into standard waste skips or high-sided vehicles with ease.
The Mecalac TA3 site dumper range offers the perfect blend of power, agility, and skip versatility for the 3-tonne payload class. Whether you require the precision of the TA3SH (Swivel-Tip Hydrostatic) or the straightforward efficiency of the TA3 (Straight-Tip), these machines are built to thrive on busy construction sites. Powered by a fuel-efficient Stage V engine, the TA3 series delivers exceptional traction and durability in a compact frame. Engineered for easy maintenance and maximum uptime, the TA3 is the go-to choice for contractors across Northern Ireland and Ireland. Contact Sleator Plant today to discuss your requirements or request a competitive quote for the Mecalac TA3 range.
The TA3 series is designed to handle a wide variety of tasks, from residential groundworks to major civil engineering projects. Equipped with the latest engine technology to reduce emissions without sacrificing the torque needed for steep gradients.
The TA3 range is built for efficiency in restricted areas where larger machines cannot operate. Designed to balance stability with a narrow footprint, making it ideal for urban environments and single-lane roadworks.
Mecalac prioritises operator safety and simple maintenance across the entire 3-tonne range. Ground-level access to all major service points ensures daily checks are fast and simple, reducing machine downtime.
Specialising in first-class solutions for Ireland’s construction sector, we offer a seamless experience from sale to service. Whether you need professional guidance on selecting the right equipment for your fleet or require the specialised skills of our factory-trained maintenance team, our experts are committed to keeping your projects moving with minimal downtime and maximum efficiency.