We build hydraulic vibratory pile drivers, high frequency breakers and in-situ solidification mixing heads — three attachment lines covering carriers from 10 to 120 tonnes. Every model is specified against your machine, your pile and your soil.
Piling, breaking and ground improvement share the same hydraulic engineering. That is why our carriers, clamps and hydraulic packages are designed as a system rather than bought in separately.
Excavator-mounted vibratory hammer for driving and extracting sheet piles, H-beams, casing, timber and photovoltaic piles. Eight models covering 15 to 48+ tonne carriers.
High frequency impact breaker for rock, frozen ground and reinforced concrete. Six models from 20 to 120 tonne carrier class.
Rotary mixing head that injects soil stabiliser or cement slurry into soft ground and silt. For roadbed reinforcement, river silt treatment and soft foundation works.
Exciting force is the headline number. Uptime is the real one. These are the six things we build around.
Our attachments mount on any make of carrier — no proprietary coupler required. Send us your machine model and we confirm hydraulic compatibility before you order.
Switching between driving and extracting takes only a clamp change. One carrier handles the whole piling cycle without extra rigging or a second machine on site.
Vibratory driving does not damage or deform the top or bottom of steel pipe piles, sheet piles and rail piles the way impact driving can.
Continuous low-noise operation and faster pile advance make vibration the practical choice for urban sites and environmentally controlled projects.
Damping rubbers, seals, eccentric shaft bearings and clamp cylinders are consumables. We keep them on the shelf so your machine is not waiting on a shipment.
Send us your excavator model, pile type and ground conditions. We return a recommended model with the hydraulic flow and pressure it needs.
Confirm your carrier's auxiliary hydraulic flow and pressure, not just its tonnage. A unit that needs 270 L/min at 300 bar will not run properly on a machine that only supplies 200 L/min — this is the single most common cause of poor performance and premature hydraulic failure on excavator-mounted hammers.
Vibratory methods are at their most efficient in granular soils — sand, silt and gravel. That covers most of the ground conditions found on coastal, alluvial and reclaimed land.
Sheet pile and casing installation for basement and deep excavation retaining walls, including temporary works that must be extracted afterwards.
Fast installation of solar farm mounting piles across granular and sandy subgrade, where vibratory driving reaches refusal-free depth quickly.
Quay walls, revetments and cofferdams. Steel sheet piles driven and extracted in tidal ground, with minimal disturbance to adjacent structures.
Bridge abutment piling, crash barrier posts, rail piles and highway foundation work where access is tight and noise is restricted.
In-situ solidification of silt, sludge and soft clay for embankment bases, haul roads and working platforms before main construction begins.
Secondary breaking of oversize rock, frozen ground and hard strata with high frequency units that avoid the wear of conventional impact hammers.
Send us your carrier make and model, pile type and ground conditions. You will get back a recommended attachment model with its hydraulic requirements — no obligation.
Request Selection Support