Simplicity of Design…Strength of Build…Powerful Performance!
INDECO’S new IMH series of hydraulically-driven, boom-mounted mulching heads are specifically designed for a broad range of land clearing, site preparation, invasive vegetation species management, storm damage removal and clean-up applications. Tailored to fit a wide range of carriers from 3.5 to 45 tons, the IMH series is available in eight direct-drive and belt-driven high-performance models and features HARDOX® components and bodies for optimal service life and lasting reliability.
Achieving greater productivity and cost-efficiency than a dedicated crew of workers with chainsaws and chippers, Indeco North America’s mulching heads fully leverage your existing equipment investments by utilizing the excavator, back-hoe or skid-steer auxiliary hydraulics to turn your machine into a powerful land-clearing tool. Mulching with the INDECO IMH series is also a more environmentally-friendly process than conventional burning by putting back unwanted vegetation into the ecosystem as mulch. This protects newly-cleared areas from wind and rain erosion while providing the soil with beneficial microorganisms.
Typical Applications:
Power Transmission/Distribution Line and Substation Clearance
Right of Way Clearance
Railway Maintenance
Residential and Farm Clearing
Highway and Roadside Maintenance
Pipeline Clearing
Ski Resorts and Other Specialty Field Maintenance
Features:
Fits a wide range of carriers from 3.5 to 45 tons
Direct drive and belt-driven models available
HARDOX body and components prevent flexing or distortion in severe applications
Single piece shaft and severe duty bearings for maximum reliability
Unique tooth design for optimal cutting in brush and trees
Extra heavy duty drum for powerful performance
Interchangeable mounting brackets for any excavator application
Benefits:
Environmentally-Friendly Process
Single Man/Machine Operation for Reduced Processing Costs
Low Initial Cost – No Additional Specialized Machinery Required
Ease of Use
Can be Used on Multiple Machines
