Hydraulic Garbage Tippers

Custom-Engineered Waste Collection for Every Vehicle Class

We provide a versatile range of Hydraulic Garbage Tippers designed for rapid, hygienic, and reliable waste collection. Our engineering expertise allows us to mount high-performance tipping bodies on everything from agile three-wheelers (Auto Tippers) for narrow streets to heavy-duty truck chassis for bulk transport. Every unit is customized to meet the specific operational needs of municipalities, private contractors, and industrial plants.

We offer multiple tipping configurations to ensure the most efficient unloading process for your specific waste type:

Standard Rear Tippers:

High-angle rear tipping bodies for quick and complete discharge of solid waste.

High-Lift Scissor Tippers:

Equipped with a heavy-duty scissor lift mechanism, these units can elevate the entire body to discharge waste directly into larger primary compactors or transit stations, eliminating double handling.

Split-Compartment Tippers:

Specialized bodies with internal partitions for the simultaneous collection of segregated "Wet" and "Dry" waste.

Enclosed & Semi-Enclosed Bodies:

Features top covers or mesh panels to prevent waste scattering during transit in residential areas.

Comprehensive Vehicle Compatibility

Vehicle Class	Capacity Range	Primary Application
Small (3-Wheeler/Auto)	1.5 - 2.5 $m^3$	Door-to-door collection in narrow lanes.
Light Commercial (4-Wheeler)	3.0 - 6.0 $m^3$	Residential townships and gated communities.
Heavy-Duty (Truck Mounted)	8.0 - 15.0 $m^3$	Main road collection and bulk waste transport.

Key Technical Features

Precision Hydraulics: Powered by high-reliability cylinders and PTO-driven (Power Take-Off) or independent DC power-pack systems for smooth, consistent tipping cycles.
Rugged Construction: Built with high-tensile steel to withstand heavy loads and impact, with reinforced flooring for long-term durability.
Corrosion Resistance: All bodies undergo a multi-stage painting process with anti-corrosive primers to protect against acidic organic waste.
Safety Engineering: Integrated with heavy-duty stabilizers (for high-lift models), safety props for maintenance, and ergonomic external controls.