GPR

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The Ongoing Use Of Ground Penetrating Radar For Safety In The Construction Industry

Over time, the construction industry has evolved and become much more modern than most people assume. One of these advancements is the use of ground penetrating radar in a number of different projects before breaking ground. This is used to prevent accidents, speed up projects, determine the supplies needed ahead of time, and to gain reports about a potentially hazardous object. Each and every job that is done by construction companies can generally benefit from the use of this radar.

One of the most common uses for this tool is scanning a potential site before a contract is drawn up. This allows the company to understand what they are getting into before they start on a site, allowing an estimate to be much more accurate. This then makes the people who are looking to hire feel like they are being treated better and keeps the entire process moving along much more smoothly.

Another use is to look at objects that appear during a routine operation, ensuring that the safety of one’s crew is not jeopardized. This practice saves tons of lives each and every year, and can usually be done very quickly. This saves time compared to manual survey teams and is usually much more cost effective as well. Many times this is used in countries where war efforts have occurred and the safety of a given area is in question.

Concrete scanning to find utilities prevents the destruction of utility lines, sewer piping, and transport tunnels under different sites. This can be particularly important in areas with heavy groupings of historical artifacts in need of protection. These artifacts can then be removed, or the plans for construction can be altered to ensure that the historical fabric of the given area is kept intact. This can also be used to eliminate the possibility of those objects being in an area, keeping companies from needing to employ retrieval experts or overseers who are trained in the spotting of historical objects.

The cost of this procedure is usually quite low, and most companies find that once they have made back the cost of the initial equipment it saves them thousands of dollars each and every year. Over time, this can add up and become a saving in the millions of dollars. For companies who are already using this technology, the benefits far outweigh the risks and there is no need to convince them to keep their equipment up to date.

Generally, there is not much need for excess training when operating this kind of equipment as well. Individuals who are used to working with the equipment are able to teach others, and only one or two certified individuals is needed on each and every time. This makes it much more cost-effective than other measures that might be undertaken by companies to try and preserve the area around a site.

Overall, this is a wonderful technology that seems rather new but has been found to work in a huge variety of situations, giving companies a leg up where they were previously working blind. For anyone worried about the safety of their employees, it is a quick way to ensure that everyone makes it home at the end of the day.

It is also helpful for companies that are working in historic areas and may make it easier to get the permits needed to work in areas that might otherwise be off limits. Any company seeking to improve historical areas or areas of high risk should use this technology in conjunction with other available technologies to ensure they are doing the best work possible.

Technology And The Manufacturing Industry

In order to stay competitive in a constantly evolving and increasingly interconnected global economy, a manufacturer has to be innovative above all else. While it is true that many manufacturing jobs and tasks have headed overseas, or at least across the border into Mexico, the truth is that the United States is still a world leader in manufacturing innovation and high-tech manufacturing.

technology

Innovation is something that can incorporate new business models, enhancing current products, and developing new products and services, but using technology in new ways in manufacturing is the best way a small business can play with the bigger members of the field of manufacturing. Harnessing the power of technological developments means that nimble manufacturers can come up with high-caliber products with unprecedented speed, beating slower competitors to the market, and doing so in affordable fashion. The sheer efficiency that technology in manufacturing can mean is reason alone to adopt it.

Having said all this about technology in manufacturing in general, there are five technologies in particular that are having an impact on innovation in manufacturing. This list is far from conclusive, but each of these five is worth your time and attention:

1) 3D Printing or Additive Manufacturing

3D printing has been all the rage the last five years or so, but this process was actually brought about back in the 80s. Technically known as additive manufacturing, it is more commonly known as 3D printing now. The reason for this is because the term really just covers any process that involves printing a product that is three-dimensional.

The specific technique involved is known within the industry as cold spraying, which is a blasting of metallic particles at high velocities through a nozzle. The particles bind to one another and form shapes. When done in layers, a computer can control the building process that results in highly accurate replicas of the original design that was emulated. The use of new technological innovations in the manufacturing sector has taken this out of the hands of the larger players in the industry and opened the doors to smaller businesses.

2) Nanotechnology

Nano-tech is the subject of anything that measures between 1 to 100 nanometers, where 1 nanometer is equal to a billionth of a meter. Aerospace and bio-medicine were once the only two fields to primarily use nano-tech, but manufacturers are now using this technology to create incredibly strong yet surprisingly light materials for things like vehicle parts, sporting goods, and even boats. Personal care goods like eyeglasses also benefit from this. Nano-tech manufacturing benefits any business through efficiency and energy savings, as well as waste reduction. Healthcare and pharmaceutical manufacturers in particular stand to benefit greatly in this area.

3) Advanced Materials

Advanced composites are getting a lot of research, as it is anticipated that they are going to be needed if the expected ‘mega-trends’ for the future are accurate. They include but are not limited to energy efficiency, alternative energy use, new materials that counter the increasing shortage of natural resources, and new expectations in terms of security and chemical safety. From the global threat of terrorism to finding domestic supplies that unfriendly nations might have near monopolies on, research is ongoing to speed up the production time and lower the costs of advanced composite processes so they are more accessible to the general manufacturing industry.

4) The IoT

The Internet of Things is a relatively new concept where machines across an entire manufacturing plant can communicate with one another. If an issue is noticed in one place, notifications get sent to any device on the network so that the workflow can be adjusted accordingly automatically. This spares entire plants from being shut down from one human hitting the stop button. Less downtime occurs, the quality of the products go up, and waste, costs, and energy use all go down. New employment opportunities and careers within the manufacturing industry should result from this.

5) Cloud Computing

Cloud computing is changing a lot of sectors, industries, and businesses, but manufacturers, in particular, can use it to spread data around different regions and even the world. Reduced costs, better quality control, and faster delivery times all happen when informed business decisions happen from this available data. Security concerns will need to be constantly addressed, however.

Again, these five technologies are not the only ones stimulating change, advancement, and innovation within the manufacturing industry, but if your business wants to stay at the front of the pack or even pull away, embrace them.

5 technologies used in the manufacture of thin metal products;

5 Technologies used in the Construction Industry

  • Computer-Aided Design
  • Laser Range-finding/Geodetic positioning
  • Drones
  • 3-D Printing