The implementation of highly precise lasers used for alignment will make the surveying process faster and more accurate.
Modern mining lasers can reduce or eliminate costs associated with jacklegs, drill steel, powder, blasting caps and other small tools.
If boreholes or underground tunnels are drilled in incorrect positions, explosions and wrongly excavated areas may result in dirty break-off edges and rockfalls. Our range of intrinsically safe lasers are approved for use in hazardous/gasseous areas.
The LD.25.IS laser enables accurate construction and alignment of tunnels being driven by tunnel boring machines, drill and blast, pipe jack or conventional hand techniques. The units are intrinsically safe and therefore do not require explosion proof containment when working in gaseous environments such as methane/air mixtures. The units are waterproof, rugged and constructed from stainless steel and brass. The laser is based on diode technology and powered by two ‘AA’ cells.
The 35 Series intrinsically safe laser enables accurate construction and alignment of tunnels being driven by tunnel boring machines, drill and blast, pipe jack or conventional hand techniques. The units are intrinsically safe and therefore do not require explosion proof containment when working in gaseous environments such as methane/air mixtures. The units are waterproof, rugged and constructed from stainless steel and brass. The laser is based on diode technology and powered by two ‘C’ cells for extra long operating time.
The LD.60.IS intrinsically safe laser enables accurate construction and alignment of tunnels being driven by tunnel boring machines, drill and blast, pipe jack or conventional hand techniques. The units are intrinsically safe and therefore do not require explosion proof containment when working in gaseous environments such as methane/air mixtures. The units are waterproof, rugged and constructed from stainless steel and brass. The laser is based on diode technology and powered by four standard ‘D’ cells for extra long operating time.