Waste Management
Robust hydraulic cylinders designed for compactors, tippers, and waste handling equipment – built to survive in corrosive, dirty, high-cycle environments.
Industry Insight
Waste management is a tough, stop–start, high-cycle environment. Vehicles and fixed installations work in corrosive, dirty, wet and abrasive conditions – handling municipal waste, recyclables, construction debris, organics and industrial refuse.
Hydraulic cylinders are at the centre of this work: they tip bodies, compact waste, swing and lock doors, lift bins, move packer plates and operate hook arms and skips. These cylinders must tolerate:
- Very high cycle counts in city collection routes
- Frequent reversals and rapid strokes
- Shock loads from uneven, compacted waste
- Corrosion from leachate, chemicals and road salt
Genner designs cylinders specifically for this reality – robust structures, strong sealing and coatings that survive in and around waste, washdowns and outdoor storage.
Genner's Solutions – Waste Management Cylinder Portfolio
Genner supplies a focused range of hydraulic cylinders used in waste collection, transfer and recycling equipment
Refuse Collection Vehicles
- Body tipping cylinders
- Packer ram cylinders (main compaction)
- Sweep / shovel cylinders
- Ejector plate cylinders
- Hopper lift cylinders
- Bin lift arm cylinders
- Lift carriage tilt cylinders
- Tailgate lift & lock cylinders
Hooklift & Skip Loader Trucks
- Main hook arm lift cylinders
- Jib / inner boom cylinders
- Tilting frame cylinders
- Stabilizer / outrigger cylinders
- Container lock / clamp cylinders
Static & Transfer Station Compactors
- Main compaction ram cylinders
- Pre-crusher / pre-press cylinders
- Container docking / locking cylinders
- Transfer ram cylinders
- Door swing cylinders
- Door lock / dog cylinders
Balers & Recycling Equipment
- Main baler compression cylinders
- Pre-press feeder cylinders
- Bale ejector cylinders
- Bale door swing and lock cylinders
Support & Ancillary Equipment
- Bin tipper / container lift cylinders
- Platform lift cylinders
- Access door / hatch cylinders
Custom Engineering
Each cylinder family is configured for the OEM's required force levels, stroke, mounting, duty cycle and cleanliness expectations – from rugged city vehicles to high-capacity transfer stations.
Applications – Machines We Equip
Genner's cylinders for waste management can be integrated into a wide variety of vehicles and fixed plant
Wherever waste is collected, compacted, transferred, baled or tipped, a Genner cylinder can be engineered to reliably support that motion.
Why Waste Management OEMs Choose Genner
Engineering excellence for high-cycle, harsh waste environments
Designed for High-Cycle Environments
Cylinder structures, bearings and seals are selected to handle constant cycling, shock loads from irregular waste and vibration from road and plant operation – not just ideal test conditions.
Corrosion & Contamination Resistant
Rod coatings, seal/wiper systems and protective features are chosen to cope with leachate, chemicals, wash water, road salt and abrasive fines found in waste streams.
Leak-Tight Performance
Genner focuses on robust sealing, proper surface finishes and controlled assembly – helping OEMs reduce oil leaks, staining and environmental issues around vehicles and compactors.
Serviceability for Fleet Maintenance
Cylinders can be designed for quick seal replacement, removable glands and standardised seal kits, making planned maintenance easier for fleet workshops and service partners.
Application Engineering Support
We work closely with your design, testing and service teams to tune cylinder bore, stroke, speed, cushioning and load-holding functions for each body, compactor or baler design.
Long-Term Platform Partner
As regulations, payloads and body designs evolve, Genner supports redesigns, weight optimisation, commonisation and localisation – helping OEMs maintain reliable cylinder supply across global waste management fleets.
Ready to Engineer Your Waste Management Solution?
Let's discuss how Genner can support your next vehicle or equipment platform