The use of core drills is both for sampling structural elements as well as to create round holes in concrete objects prior to the installation of heating facilities, plumbing, and electric lines, etc. One of the most used methods is rotary core drilling, which could be completed in either a dry or wet environment depending on the surface conditions.
The extraction of core samples is an essential part of studying the health of buildings, particularly historic and cultural heritage buildings and understanding their masonry and/or concrete compositions.
A double/half rope safety technique allows our operators and technicians to work at any altitude, allowing you to extract perfectly sized and shaped core samples using the specified coring machinery with complete discretion, without any dust emissions or debris generated.
13.1. The advantages of using the Double/Half Rope Safety system
13.1.1. Quick execution:
When operators use the double/half rope safety technique to perform core drilling at high altitudes, they can drill more efficiently than when they use classical aerial work platforms.
13.1.2. Comfort:
By removing scaffolding, our clients as well as any residents of the building, if any, will be able to see clearly, and theft risks will be reduced.
13.1.3. Cost-Effective:
Due to the fact that scaffolding-related assembly and dismantling costs are eliminated, Double/Half Rope Safety can be cost-effective.
13.1.4. Sustainable:
There is much less environmental impact associated with the Double/Half Rope Safety technique due to the fact that it requires lesser work.