STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in FRAGMENTATION ANALYSIS User’s delineate the area where the fragmentation analysis is desired. This area is delineated in red portion in Figure.1, (legend 1). Algorithm detect the rocks automatically and creates a size distribution. This distribution is termed as the actual distribution and is shown in 1, (legend 2).Further, d01, d50, d80, the uniformity

factor n

STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

HOW TO FIND YOUR EPSG/ESRI CODE Click 'Change' for the EPSG/ESRI codes, and search for one of the codes on the list in Step 2 ( just the code number, don't include the EPSG or ESRI prefix). If you cannot find a EPSG/ESRI code, search for the next code on the list. 4. Once you have selected an EPSG/ESRI

WHAT'S NEXT?

What's Next? We've decided these 5 tested technologies will rock the drilling & blasting industry in 2021 because we believe this is the year we will start seeing large scale adoption. Let's just start by stating the obvious, none of the points below discuss new technologies. All of them have been around for years, but we believe

2021 will be

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability. STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in FRAGMENTATION ANALYSIS User’s delineate the area where the fragmentation analysis is desired. This area is delineated in red portion in Figure.1, (legend 1). Algorithm detect the rocks automatically and creates a size distribution. This distribution is termed as the actual distribution and is shown in 1, (legend 2).Further, d01, d50, d80, the uniformity

factor n

STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

HOW TO FIND YOUR EPSG/ESRI CODE Click 'Change' for the EPSG/ESRI codes, and search for one of the codes on the list in Step 2 ( just the code number, don't include the EPSG or ESRI prefix). If you cannot find a EPSG/ESRI code, search for the next code on the list. 4. Once you have selected an EPSG/ESRI

WHAT'S NEXT?

What's Next? We've decided these 5 tested technologies will rock the drilling & blasting industry in 2021 because we believe this is the year we will start seeing large scale adoption. Let's just start by stating the obvious, none of the points below discuss new technologies. All of them have been around for years, but we believe

2021 will be

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability.

ABOUT || STRAYOS

"We specialize in developing advanced image processing and AI solutions designed to improve safety, efficiency, and productivity in jobsites." We’re a determined team on a mission to transform the way jobsite insights are discovered, designed, and digitized by empowering the workforce to deliver value through visual data.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in BLAST PROFILE || STRAYOS 3D Blast Profile for data driven rock extraction. Strayos is a cloud software solution designed to put your aerial intelligence to work. Our powerful data analytics platform allows you to retool your enterprise workflow and maximize operational excellence.

STRAYOS

Calculate and Visualize Blast Hole Stemming. Visualizing Measure while drilling (MWD) data and Drill plan data in 3D. Uploading Drill plan and MWD files in Strayos. Best practices for Muckpile drone flight for Fragmentation analysis. Fragmentation Analysis - User Guide. Fragmentation Analysis - PRODUCT SMART DRILL || STRAYOS Strayos smart drill data analysis is a transformative platform that uses measurement-while-drilling (MWD) techniques to measure a variety of drill logs and rock properties in real-time with drone surveyed 3D model. The information it provides enables intelligent blast design, improves fragmentation, and enhances data driven drilling operations. PRODUCT FRAGMENTATION || STRAYOS Muckpile AI. Strayos muckpile AI platform is a cutting edge software solution that uses advanced image based machine learning techniques to accurately analyze rock size distribution, size range and muckpile movement. This powerful tool provides instant feedback to blast engineers to further optimize their blast design and helps improve

digability.

WEBINAR SUMMARY- AFTER THE BLAST: MEASURING BLAST ai Webinar Summary- After The Blast: Measuring Blast Performance with Drones and AI. Blasting experts Brad Gyngell and Jon Lewis discuss how and why everyone should implement drone and AI technologies to streamline post-blast assessment and optimize blast performance

FLYING A BENCH

Key Rules to keep in mind before flying a bench: At least two third of photos should be taken with the camera pointing straight down (nadir images). Take photos along passes with at least 70% - 80% Overlap. Good results have been previously obtained with flight heights between 75 ft , 150 ft and 250 ft. Need to overshoot at least 20 feet around CUT FILL ANALYSIS TOOL The Cut Fill analysis tool allows you to quickly compare the change in elevation, areas and volumes from one dataset to another dataset or to a design surface (grade plan). With cut-fill colorized visualization, you can create a surface style that highlights positive and negative elevations to colorize the cut and fill areas throughout a project site or individual blast site or stockpile. HOW MAURER & SCOTT INCREASED PRODUCTION 10X FOR THEIR CLIENT Increasing Efficiency led to a 10x increase in Productivity. While the muckpile is being cleared: Zach can fly the drone, profile the bench, load the model, plan his shot in Strayos, export the drill plan to the drillers. The drillers can drill the holes and Zach can come back and boretrak the holes, loading the boretrak data into Strayos and STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in FRAGMENTATION ANALYSIS User’s delineate the area where the fragmentation analysis is desired. This area is delineated in red portion in Figure.1, (legend 1). Algorithm detect the rocks automatically and creates a size distribution. This distribution is termed as the actual distribution and is shown in 1, (legend 2).Further, d01, d50, d80, the uniformity

factor n

STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

HOW TO FIND YOUR EPSG/ESRI CODE Click 'Change' for the EPSG/ESRI codes, and search for one of the codes on the list in Step 2 ( just the code number, don't include the EPSG or ESRI prefix). If you cannot find a EPSG/ESRI code, search for the next code on the list. 4. Once you have selected an EPSG/ESRI

WHAT'S NEXT?

What's Next? We've decided these 5 tested technologies will rock the drilling & blasting industry in 2021 because we believe this is the year we will start seeing large scale adoption. Let's just start by stating the obvious, none of the points below discuss new technologies. All of them have been around for years, but we believe

2021 will be

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability. STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in FRAGMENTATION ANALYSIS User’s delineate the area where the fragmentation analysis is desired. This area is delineated in red portion in Figure.1, (legend 1). Algorithm detect the rocks automatically and creates a size distribution. This distribution is termed as the actual distribution and is shown in 1, (legend 2).Further, d01, d50, d80, the uniformity

factor n

STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

HOW TO FIND YOUR EPSG/ESRI CODE Click 'Change' for the EPSG/ESRI codes, and search for one of the codes on the list in Step 2 ( just the code number, don't include the EPSG or ESRI prefix). If you cannot find a EPSG/ESRI code, search for the next code on the list. 4. Once you have selected an EPSG/ESRI

WHAT'S NEXT?

What's Next? We've decided these 5 tested technologies will rock the drilling & blasting industry in 2021 because we believe this is the year we will start seeing large scale adoption. Let's just start by stating the obvious, none of the points below discuss new technologies. All of them have been around for years, but we believe

2021 will be

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability.

ABOUT || STRAYOS

"We specialize in developing advanced image processing and AI solutions designed to improve safety, efficiency, and productivity in jobsites." We’re a determined team on a mission to transform the way jobsite insights are discovered, designed, and digitized by empowering the workforce to deliver value through visual data.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in BLAST PROFILE || STRAYOS 3D Blast Profile for data driven rock extraction. Strayos is a cloud software solution designed to put your aerial intelligence to work. Our powerful data analytics platform allows you to retool your enterprise workflow and maximize operational excellence.

STRAYOS

Calculate and Visualize Blast Hole Stemming. Visualizing Measure while drilling (MWD) data and Drill plan data in 3D. Uploading Drill plan and MWD files in Strayos. Best practices for Muckpile drone flight for Fragmentation analysis. Fragmentation Analysis - User Guide. Fragmentation Analysis - PRODUCT SMART DRILL || STRAYOS Strayos smart drill data analysis is a transformative platform that uses measurement-while-drilling (MWD) techniques to measure a variety of drill logs and rock properties in real-time with drone surveyed 3D model. The information it provides enables intelligent blast design, improves fragmentation, and enhances data driven drilling operations. PRODUCT FRAGMENTATION || STRAYOS Muckpile AI. Strayos muckpile AI platform is a cutting edge software solution that uses advanced image based machine learning techniques to accurately analyze rock size distribution, size range and muckpile movement. This powerful tool provides instant feedback to blast engineers to further optimize their blast design and helps improve

digability.

WEBINAR SUMMARY- AFTER THE BLAST: MEASURING BLAST ai Webinar Summary- After The Blast: Measuring Blast Performance with Drones and AI. Blasting experts Brad Gyngell and Jon Lewis discuss how and why everyone should implement drone and AI technologies to streamline post-blast assessment and optimize blast performance

FLYING A BENCH

Key Rules to keep in mind before flying a bench: At least two third of photos should be taken with the camera pointing straight down (nadir images). Take photos along passes with at least 70% - 80% Overlap. Good results have been previously obtained with flight heights between 75 ft , 150 ft and 250 ft. Need to overshoot at least 20 feet around CUT FILL ANALYSIS TOOL The Cut Fill analysis tool allows you to quickly compare the change in elevation, areas and volumes from one dataset to another dataset or to a design surface (grade plan). With cut-fill colorized visualization, you can create a surface style that highlights positive and negative elevations to colorize the cut and fill areas throughout a project site or individual blast site or stockpile. HOW MAURER & SCOTT INCREASED PRODUCTION 10X FOR THEIR CLIENT Increasing Efficiency led to a 10x increase in Productivity. While the muckpile is being cleared: Zach can fly the drone, profile the bench, load the model, plan his shot in Strayos, export the drill plan to the drillers. The drillers can drill the holes and Zach can come back and boretrak the holes, loading the boretrak data into Strayos and STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS PLATFORM || STRAYOS Delivering job-site project information to the people who need it. Access all project information from wherever you are. From 3D models and blast production results to Stockpile reports, Strayos is your single source of truth.

ABOUT || STRAYOS

"We specialize in developing advanced image processing and AI solutions designed to improve safety, efficiency, and productivity in jobsites." We’re a determined team on a mission to transform the way jobsite insights are discovered, designed, and digitized by empowering the workforce to deliver value through visual data.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in BLAST PROFILE || STRAYOS 3D Blast Profile for data driven rock extraction. Strayos is a cloud software solution designed to put your aerial intelligence to work. Our powerful data analytics platform allows you to retool your enterprise workflow and maximize operational excellence. STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability. STRAYOS - POWERFUL 3D ANALYTICS FOR JOBSITE EXCELLENCESTRAYOS PLATFORM3D BLAST PROFILESMART DRILL DATA VISUALISATIONFRAGMENTATION &

MUCKPILE ANALYSIS

Smart Analytics. Strayos AI powered solutions give you the tools to be more proactive, making it easier to correct any operational errors.

Learn More.

STRAYOS PLATFORM || STRAYOS Delivering job-site project information to the people who need it. Access all project information from wherever you are. From 3D models and blast production results to Stockpile reports, Strayos is your single source of truth.

ABOUT || STRAYOS

"We specialize in developing advanced image processing and AI solutions designed to improve safety, efficiency, and productivity in jobsites." We’re a determined team on a mission to transform the way jobsite insights are discovered, designed, and digitized by empowering the workforce to deliver value through visual data.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in BLAST PROFILE || STRAYOS 3D Blast Profile for data driven rock extraction. Strayos is a cloud software solution designed to put your aerial intelligence to work. Our powerful data analytics platform allows you to retool your enterprise workflow and maximize operational excellence. STOCKPILE MEASUREMENTS Stockpile measurements. Strayos provides multiple options for calculating the volumes of stockpiles. Users can select among a combination of different surface layers and base planes to accurately calculate the volume in different use cases. Strayos provides three different volume calculation surfaces - 3D Model, Digital Surface

Model (DSM) and

CALCULATE AND VISUALIZE BLAST HOLE STEMMING Definition: Stemming is the material used to confine the energy of explosive such that the energy does not dissipate vertically. If there were no stemming the energy would find the least resistance path of vertical outlet and cause flyrock and airblast. O ptimum stemming length is very site-specific and depends on factor such as the strength of rock, charge diameter, charge energy, Burden HOW DOES DATA SYNC WORK BETWEEN OFFLINE (STANDALONE) TO Clicking on the Sync control will start the sync process. The progress of the sync operation depends on the speed of the network connection. The status will be shown in the Project Details section. Any changes made after the last sync will be persisted locally and can be up synced to online servers during subsequent sync operations. INFLUENCE OF FRONT ROW BURDEN ON MINING Influence of Front Row Burden on Mining. Quality blast designs must take into account the front row burden. A poorly designed shot plan that fails to take this into account can create numerous problems for a mine including atmospheric overpressure, excessive ground vibration, flyrock, backbreak, and poor fragmentation. POWER OF ANALYTICS IN IMPROVING ROCK FRAGMENTATION Power of analytics in improving rock fragmentation. Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size keeping up with the constraints of ground vibration, air overpressure, fly-rocks, and stability. STRAYOS PLATFORM || STRAYOS Delivering job-site project information to the people who need it. Access all project information from wherever you are. From 3D models and blast production results to Stockpile reports, Strayos is your single source of truth. HOW IT WORKS || STRAYOS Get More From Imagery. Collect and upload images from any drone. Process Georeferenced 2D and 3D Maps, Point Clouds and Digital Surface Models (DSM) from Aerial Data.

MINING || STRAYOS

Capture the value of Drone data Intelligence by using Strayos to bring out the geospatial insights - providing invaluable information for your mine planning and management. Measure cut and fill quantities between different projects and improve pre and post stripping operations. Export contours and floor elevations in your existing

workflow.

STRAYOS

Sign in to Strayos Enter the valid account details to access platform. Forgot Password? Sign in CONTACT US || STRAYOS 1 West Seneca Street, 24th Floor. Buffalo, New York, 14203, USA PRODUCT SMART DRILL || STRAYOS Strayos smart drill data analysis is a transformative platform that uses measurement-while-drilling (MWD) techniques to measure a variety of drill logs and rock properties in real-time with drone surveyed 3D model. The information it provides enables intelligent blast design, improves fragmentation, and enhances data driven drilling operations. PRODUCT FRAGMENTATION || STRAYOS Muckpile AI. Strayos muckpile AI platform is a cutting edge software solution that uses advanced image based machine learning techniques to accurately analyze rock size distribution, size range and muckpile movement. This powerful tool provides instant feedback to blast engineers to further optimize their blast design and helps improve

digability.

QUARRY AND AGGREGATES || STRAYOS Track your production hassle free. A fast, accurate workflow to understand stockpile volumes and locations means better planning and

costing.

FRAGMENTATION ANALYSIS User’s delineate the area where the fragmentation analysis is desired. This area is delineated in red portion in Figure.1, (legend 1). Algorithm detect the rocks automatically and creates a size distribution. This distribution is termed as the actual distribution and is shown in 1, (legend 2).Further, d01, d50, d80, the uniformity

factor n

WHAT'S NEXT?

What's Next? We've decided these 5 tested technologies will rock the drilling & blasting industry in 2021 because we believe this is the year we will start seeing large scale adoption. Let's just start by stating the obvious, none of the points below discuss new technologies. All of them have been around for years, but we believe

2021 will be

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