PRODUCTS

    Features:

• Improve safety:plan safer blasts, based on accurate data, to protect workers and the local environment and keep you legally compliant
• Increase profitability: blast planning using Quarryman helps cut transport hire and fuel costs, explosive costs and secondary breakage
• Calculate stockpile volume quickly: to produce fast and accurate material stock valuation assisting production and operational planning

Features:

• Plan blasting using live, accurate data: Boreholes drilled don't always match the drilling plan, due to a range of factors. With Boretrak, the blast can be designed taking into account the true deviation of the holes rather than the intended, theoretical hole design.
• Reduce the risk of unsafe or inefficient blasts: with Boretrak, any problems in the drilling can be speedily flagged up.
• Use one system for a wide range of projects: the Rodded Boretrak allows uphole and downhole borehole measurement with a single tool.
• Work accurately, without the interference associated with compass-based systems: Rodded Boretrak does not use a magnetic compass so will not be affected by the heavy machinery; generators; ferrous metals in the rock; steel reinforcements and cabling found in an underground environment.
• Get a complete picture of underground structures: Boretrak data can be geo-referenced and fitted in to the mine's local co-ordinate system. This allows the data to be viewed in mine planning packages alongside other surveyed data.
• Deploy personnel more effectively. A 20m hole can be surveyed in a couple of minutes. The speed of the survey frees up underground personnel for other work.

Features:

• Protect worker safety
• Show compliance
• Report to project stakeholders, in greater detail
• Cost out planned works accurately
• Devise more efficient programmes of work
• Progress new projects
• Design and engineer solutions based on accurate data
• Minimise disruption, drilling and disturbance in populated areas

The scanner can be deployed using survey tripods, or remotely, using rods, booms, masts, lifts and cranes, giving you complete flexibility for any project.

Customers use the Void Scanner on a range of challenging surveying programmes. Benefits include:   


 Quick deployment
    Rugged durability and robust construction
    Easy and intuitive user experience, so minimal time spent on training
    A standard package and optional items to cover every eventuality
    The ability to carry out work in tough conditions, with water and dust resistance and the ability to operate at temperatures from -10 to +45° C
    A scan time of around 10 minutes, at 1 degree increments

Features:

• Plan blasting using live, accurate data: Boreholes drilled don't always match the drilling plan, due to a range of factors. With Boretrak, the blast can be designed taking into account the true deviation of the holes rather than the intended, theoretical hole design.
• Reduce the risk of unsafe or inefficient blasts: with Boretrak, any problems in the drilling can be speedily flagged up.
• Use one system for a wide range of projects: the Rodded Boretrak allows uphole and downhole borehole measurement with a single tool.
• Work accurately, without the interference associated with compass-based systems: Rodded Boretrak does not use a magnetic compass so will not be affected by the heavy machinery; generators; ferrous metals in the rock; steel reinforcements and cabling found in an underground environment.
• Get a complete picture of underground structures: Boretrak data can be geo-referenced and fitted in to the mine's local co-ordinate system. This allows the data to be viewed in mine planning packages alongside other surveyed data.
• Deploy personnel more effectively. A 20m hole can be surveyed in a couple of minutes. The speed of the survey frees up underground personnel for other work.

Features:

• Protect worker safety
• Show compliance
• Report to project stakeholders, in greater detail
• Cost out planned works accurately
• Devise more efficient programmes of work
• Progress new projects
• Design and engineer solutions based on accurate data
• Minimise disruption, drilling and disturbance in populated areas