The high velocity air stream travels approx 100mm/4 inches from the distal end of the Soil Pick – “the cutting edge” – before compressing to atmospheric pressure with sufficient violence to pulverize and displace compacted soil.

The SP125 is an ideal way to safely excavate around live buried utilities, compacted tree roots and similar applications when whatever is concealed beneath the ground requires a degree of protection or respect.

What separates the MBW Soil Pick from other excavation tools employing converging/diverging nozzle technology??…..in a word…..SAFETY.

MBW holds US and international patents on the combination of dilectric and non-sparking characteristics embodied in the Soil Pick. non-conductive, non-sparking tools are of obvious benefit to those working in environments that may be gas enriched and/or are in close proximity to live electrics.

Also, for safety reasons, MBW standardises the Soil Pick’s cutting edge at approximately 4 inches. A 4″ cutting edge is long enough to facilitate rapid excavation, yet short enough to minimise the potential for personal injury caused by misdirection of the cutting edge. Very importantly, soil aeration beyond the target utility is minimised, thus simplifying and facilitating effective backfilling and compaction of the excavation. The 4″ cutting edge also provides better control of the air stream while working in the immediate area of a gas leak.

Radial Trenching is a fast growing technique used by the Arboreal industry. Used to safely remove and replace compacted soil that literally suffocates tree roots, the Soil Pick has become a standard in the Arboreal market too.

The SP125 weighs a paltry 3kgs, has zero hand arm vibration, enabling it to be used for extended periods of time without fatigue to the operator.

• Extremely safe and easy to use – non conductive, non sparking, therefore safer operation when working in gas enriched areas
• Requires no periodic maintenance
• Pressure gauge on handle assembly advised the operator if the tool is working at an acceptable pressure