http://www.falcon3dme.com/
 Did you know that concrete cutting required a lot of
backbreaking work in the early 1900s? There were no
concrete saws during those days.
 Cutters had to use rudimentary tools such as hammers
and chisels to cut concrete in the good old days.
Things were hard, tedious, and time-consuming.
http://www.falcon3dme.com/
 Construction workers had to spend days and even weeks cutting
large blocks of concrete. However, the latest concrete cutting
technology has changed all of that.
 Today, you can cut concrete efficiently and precisely within a few
minutes thanks to power tools like concrete saws. Therefore, in
this article we will take a look at the following:
Dry Cutting Advancements
Silica Standards
Precision
The Evolution Of The Concrete Saw
http://www.falcon3dme.com/
Dry Cutting Advancements
 For many decades in the past, wet cutting was the only method used to cut
concrete. Wet cutting was favoured because it was able to keep the blades cool
when they became hot.
 Wet cutting also helped to control the amount of concrete dust. When dry
cutting machines were developed, the blades of the tool wore out in about ten
minutes due to extreme temperatures generated during the cutting process.
 Finally, in the 1980s, laser welding technology was introduced in the aerospace
industry. Concrete tool manufacturers added a diamond segment to a steel
blade and there emerged the concrete cutting tool for dry cutting.
 Handheld concrete saws also emerged with this new technology. People in the
industry were satisfied with this new saw and nicknamed it “Quickie Saw.” It
made quick and easy cuts on concrete slabs.
http://www.falcon3dme.com/
Silica Standards
 Concrete dust has been a big problem in the concrete industry for many years.
Concrete dust contains silica – which is a health hazard for construction
workers.
 Regular exposure to silica can be a detrimental hazard for the respiratory
health of construction workers. The authorities have declared new standards to
limit the exposure of concrete workers to silica dust.
 The Permissible Exposure Limit (PEL) for silica dust is 50 micrograms at
present. Concrete saw manufacturers are developing new technologies and
solutions for concrete dust management.
 The latest concrete saws use vacuum systems to eliminate dust and keep
worksites safe. Dry cutting systems with vacuum attachments help clean up the
site easily.
http://www.falcon3dme.com/
Precision
 Precision in concrete cutting has changed a lot since the imprecise days
of hammers and chisel. Humans are the cause of error and inefficiency
when it comes to concrete cutting.
 However, the latest technology has helped remove human error and
improve the precision and efficiency of concrete cutting. The latest
saws are straight and help achieve precise cutting.
 Workers can make holes with precise accuracy with the latest concrete
drills – thanks to the advancements in concrete technology. Speciality
cuts have become possible with the latest concrete cutting equipment.
 That’s why you need to choose the best concrete cutting tools to cut
concrete today.
http://www.falcon3dme.com/
The Evolution Of The Concrete Saw
 Modern concrete cutting tools are easy to manipulate and allow
for precise cutting. Modern tools have relieved a lot of the
burden from the operator and will help to reduce the instances
of human error.
 These tools offer a cleaner and quicker finish for your concrete
cutting projects. The quality and toughness of concrete blades
have also improved tremendously during the past several
decades.
 The evolution of the concrete saw has made it possible to reduce
health hazards and other problematic issues of older concrete
cutting tools.
http://www.falcon3dme.com/
Contact US
For more Details
Contact Us:
Phone: +971 (0) 4 327-1414
+971-4-388-6888
Fax :
+971-4-327-1413
Email : info@falconsurveyme.com
Office Address:
#209, Apricot Tower
Dubai Silicon Oasis
P.O. Box : 238544, Dubai
United Arab Emirates
http://www.falcon3dme.com/contact.html