Sand Filler

The Sand Filler is a heavy-duty, tractor-compatible backfilling machine engineered for precise and efficient trench restoration across solar, water, telecom, and pipeline projects. With a 15-ton capacity and built-in sand screener, it delivers clean, stone-free backfill for sensitive cables and ducts. Ideal for long trench runs, it improves backfilling speed and quality while drastically reducing manual labor. EPC contractors and infrastructure teams choose the Sand Filler for its accuracy, productivity, and ability to ensure trench safety and consistency on every pass.

Designed for seamless trench backfilling, the Sand Filler integrates a remote-controlled hydraulic system, vibrating motor, and height-adjustable sand delivery. Its sand screener removes impurities, ensuring clean trench bedding that protects cables and pipes from abrasion or pressure damage. The conveyor height adjusts from 1.4 to 3 meters, enabling targeted placement even in deep trenches. Operable from 100 meters away, it ensures safety and visibility during operations. Leaf spring suspension and rugged tyres provide stability across uneven ground, making it ideal for rough field sites.

The Sand Filler is widely used across energy, telecom, and civil infrastructure sectors. In solar energy projects, it provides fast trench backfilling for PV cable ducts and earthing grids. In gas and water pipelines, it ensures clean bedding that prevents pipe damage. Telecom and power contractors use it to protect underground fiber optics and high-voltage lines. It’s also effective in large excavated sites like substation foundations or service corridors. Wherever precision sand placement is essential, this machine delivers consistent, reliable performance.

The Sand Filler drastically reduces backfilling time, improves trench quality, and cuts down on labor costs. Its automated, remote-controlled design eliminates manual sand handling while ensuring smooth, even fill—reducing rework and preventing cable or pipe damage. Built with a durable steel frame and easy-maintenance components, it's designed for rugged site conditions and long-term use. Compared to excavator-based methods, it offers better control, lower fuel usage, and faster trench closure, making it the preferred choice for high-output infrastructure installations.