Orica Canada Inc
SHOTPlus™
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Our SHOTPlus™ range of blast design and modelling software enable users to design, visualise and analyse blast initiation sequences across surface and underground mining, quarry and construction applications. SHOTPlus™ provides you the support and tools that you need to improve your productivity, safety and environmental performance.
Advanced loading rules
Advanced loading rules can easily be developed and automatically applied to hole profile traces, providing optimum design loading and powder factors according to actual rock properties.
Available in other versions
SHOTPlus™ is also available in Tunnel, Underground, and Surface Premier versions.
Full 3D design environment
Including rotation tool to view blastholes from any angle and proximity, including blast face and drill floor.
Blast timing and simulation management
Managed manually or automatically, with traditional pyrotechnic or advanced electronic blasting systems, highlighting any problems and confirming the timing sequence, before applying to the blast.
Calculation tools and diagnostics
Single-click diagnostics show possible misfires, or booster assembly proximity to inert deck interfaces.
Integrate third party designs and layouts from other mine design software
Full capability to import data related to material type, hole ID, backfill and hole area from a range of mine planning software.
Comprehensive design and modelling capability with SHOTPlus™ Premier for complex blasts
Large mines with multiple pits can benefit from blast design templates for each pit and separate blast domains within the pit. The templates improve management, control and efficiency of each blast.
Advanced timing capability for electronic blasting systems
Users can create unique timing sequences for each horizon or strata in a blast with multiple horizons.
Automated data transfer and compatibility with the BlastIQ™ suite
Import and export templates allow streamlining of routine data transfers between software.
Develop loading rules
Use an extended range of parameters to develop loading rules, including bench height, burden and spacing, row number, hole parameters (including length, diameter, angle and type (eg. presplit)) and segments, or intercepts within a hole.
Superior visualisation and reporting tools
A comprehensive range of visualisation tools can assist with the development of firing sequences, to ensure optimisation of each blast.