Mining applications such as rock face profiling for blast design, stockpile volume measurements, and geological mapping are all critical in making smart management decisions and maintaining a safe work environment. Laser Technology has an array of laser-based measurement tools that make all these tasks easier and safer.
 
Traditional methods of acquiring measurements for blasting are becoming unacceptable due to today's demands for increased worker safety and mine productivity. That's why we have developed a laser face profiling system that takes extremely accurate measurements and will calculate bench heights, minimum and optimum burdens, and much more.

As you already may know, your options are limited when it comes to measuring stockpile volumes. Times are tough, so it's even more important now to account for your inventory on a monthly basis.  Our product solutions are quick and easy and will save more time and money than you may think.

Reflectorless laser technology is being used for a wide range of professional field measurement applications. From measuring a distance, height or elevation value to verifying an azimuth direction or remote position with GPS, Laser Technology’s products can help you do it all.

Our laser rangefinders are an ideal tool for forestry, natural resource management, general construction, utilities and mining . GIS is becoming a huge part in all these disciplines and by utilizing our lasers for your field data collection, it can help you save time, money and resources.

It's more important than ever to start considering alternative measurement tools because times are tough. The world's economic condition is requiring everyone to start increasing their productivity with fewer resources. This is why our motto is "Measure More. Spend Less.", and is why Laser Technology's Professional Measurement division exists today.

The limitations found with conventional measurement tools have been slowing you down long enough.  The days of tape measures, measuring wheels and height sticks will soon be a distant memory.